inter-nanoparticle要怎么翻译？

歌曲名:Right Day歌手:korn专辑:Waterhouse Redemption. Right NowKoRn瓜瓜制作I"m feeling mean todayNot lost, not blown awayJust irritated and quite hatedself control breaks downWhy"s everything so tame?I like my life insaneI"m fabricating and debatingWho I"m gunna kick aroundRIGHT NOWCan"t find a way to get across the hateWhen I see youRIGHT NOWI feel it scratch insideI want to slash and beat youRIGHT NOWI rip apart the things insidethat excite youRIGHT NOWI can"t control myselfI fucking hate you!I"m feeling cold todayNot hurt just fucked awayI"m devasted and frustratedGod I feel so boundSo why I"d feel the needI think it"s time to bleedI"m gunna cut myself andWatch the blood hit the groundRIGHT NOWCan"t find a way to get across the hateWhen I see youRIGHT NOWI feel it scratch insideI want to slash and beat youRIGHT NOWI rip apart the things insidethat excite youRIGHT NOWI can"t control myselfI fucking hate you!You open your mouth againI swear I"m gunna break itYou open your mouth againMy god, I cannot take itShutup, shutup, shutup, I"ll fuck you upShutup, shutup, shutup, I"ll fuck you upShutup, shutup, shutup, I"ll fuck you upShutup, shutup, shutup, I"ll fuck you upShutup, shutup, shutup, I"ll fuck you upShutup, shutup, shutup, I"ll fuck you upRIGHT NOWCan"t find a way to get across the hateWhen I see youRIGHT NOWI feel it scratch insideI want to slash and beat youRIGHT NOWI rip apart the things insidethat excite youRIGHT NOWI can"t control myselfI fucking hate you!I fuckin" hate you!I fuckin" hate you!I fuckin" hate you!I fuckin" hate you!I fuckin" hate you! (shut up)I fuckin" hate you! (shut up)I fuckin" hate you! (shut up)Shut up!http://music.baidu.com/song/5510785

1, the virtual network transactions, leading to the credit status of the credit of the two sides can not be certified, prone to fraud and arrears of default dispute.2, a large number of network platform release of lending information, there are many in the loan company, Finance Companies and other names of foreign loans. And in fact must by approval of the national financial institutions engaged in the credit financing and other financial services, unauthorized engaged in financial activities often because of "illegal fund-raising", "illegal absorb public deposits", disrupt the order of financial management and be held liable.3, if loans through network platform issued, so in network platform of lax discipline, failure or internal control procedures, or being the case may appear fabricating borrower information and the case of illegal fund-raising.

期刊名 nanotechnology 出版周期: 周刊 中科院杂志分区 工程：综合分类下的 2 区期刊 近四年影响因子:2013年度 2012年度 2011年度 2010年度 3.672 3.842 3.979 3.644 出版社或管理机构 杂志由 IOP PUBLISHING LTD 出版或管理。 ISSN号：0957-4484 杂志简介/稿件收录要求 In response to the growth in research in the area and the extension of nanotechnology across traditional academic fields the journal will be changing its scope from January 2002. The new scope will strongly reflect the interdisciplinary aspect of nanoscale science and technology with the aim of becoming the primary source of information in this ever expanding field. In the meantime we invite authors who work at the forefront of nanoscale science and technology, and especially those in interdisciplinary areas, to submit their papers to the journal. Present subject coverage. Papers are expected to be original experimental or theoretical research or to be an original synthesis or analysis of subjects related to nanotechnology. Here, nanotechnology is taken to include all those technologies and enabling technologies associated with either the "top-down" approach to fabricating miniature elements by sculpting the desired structure from a macroscopic piece of material, as well as the "bottom-up" approach of building the desired structure atom by atom or molecule by molecule. Typical appropriate topics include, but are not limited to: engineering fabrication involving atomic level machining and metrology involving dimension, size and tolerances less than the wavelength of light and down to values of at largest 0.2 nm, but preferably to x-ray levels and beyond; performance of micromechanisms such as microactuators to subnanometre and molecular levels; the design of instruments and machine tools capable of measuring, performing and manufacturing to nanometre levels; the application of nanometre level instruments such as scanning tunnelling microscopes and atomic force microscopes to biology, medicine and materials science; miniaturization of electronic, mechanical and optical components, and their fabrication with such methods as ion-beam removal and deposition, molecular-beam epitaxy and electron-beam and photon-beam lithography; fabrication and use of field-emission vacuum microelectronic devices; nanoelectronics including nanometre scale semiconductor structures and their potential electronic device applications; molecular engineering--either molecular scale components or new molecular materials exhibiting unique electronic, mechanical or optical properties; nanoprecision instrumentation, e.g., x-ray multilayer thin-film fabrication and associated surface processing.

0548翻译：草船借箭（三国演义）Translation: Borrowing Arrows with Straw Boats (From: Romance of Three Kingdoms)(translated by: alexcwlin; edited by: Adam Lam) 周瑜看到诸葛亮挺有才干，心里很妒忌。Zhou Yu noticed Zhuge Liang was very capable and he was jealous.----------------------------------------------------------------------------------------------有一天，周瑜请诸葛亮商议军事，One day, Zhou Yu asked Zhuge Liang to come and discuss military affairs.说∶“我们就要跟曹军交战。Zhou said: “We are going to engage in battle with Cao"s army.水上交战，用什么兵器最好？”What is the best weapon to use for combating in water?”诸葛亮说∶“用弓箭最好。”Zhuge said: “Bows and arrows are the best.”周瑜说∶“对，先生跟我想的一样。Zhou said: “Yes, you and I think alike.现在军中缺箭，Now our army is short in arrows.想请先生负责赶造十万支。I wish to ask you in taking care of producing one-hundred-thousand arrows in a rush.这是公事，希望先生不要推却。”This is an official matter and I hope you would not decline.”诸葛亮说∶“都督委托，当然照办。Zhuge said: “Governor entrusts me with this assignment and of course I will do as you order.不知道这十万支箭什么时候用？”I wonder when you will require these one-hundred-thousand arrows available for use.”周瑜问∶“十天造得好吗？”Zhou asked: “Could you produce them in ten days?”诸葛亮说∶“既然就要交战，十天造好，必然误了大事。”Zhuge said: “Since we are going to engage in battle, making them in ten days could bungle up matters.”周瑜问∶“先生预计几天可以造好？”Zhou asked: “How many days do you expect to get them made?”诸葛亮说∶“只要三天。”Zhuge said: “Three days will be enough.”周瑜说∶“军情紧急，可不能开玩笑。”Zhou said: “Military business is critically urgent and you cannot treat it as a joke.”诸葛亮说∶“怎么敢跟都督开玩笑？Zhuge said: “How could I dare to pull a prank on you, Governor?我愿意立下军令状，I am willing to subject myself to a military order.三天造不好，甘受惩罚。”If I cannot finish the job in three days, I will gladly accept punishment that I deserve.”周瑜很高兴，Zhou was very pleased.叫诸葛亮当面立下军令状，又摆了酒席招待他。He asked Zhuge to sign a military order on the spot and entertained him with a banquet.诸葛亮说∶“今天来不及了。Zhuge said: “I cannot make it to the dinner today.从明天起，到第三天，请派五百个军士到江边来搬箭。”Counting three days from tomorrow, please send five hundred soldiers to the riverbank to transport arrows.”诸葛亮喝了几杯酒就走了。Zhuge drank a few cups of wine and left. ----------------------------------------------------------------------------------------------鲁肃对周瑜说∶“十万支箭，三天怎么造得成呢？Lu Su said to Zhou Yu: “How can anyone produce one-hundred-thousand arrows in three days?诸葛亮说的是假话吧？”Zhuge Liang had to be fabricating the whole thing up, wouldn"t he?”周瑜说∶“是他自己说的，我可没逼他。Zhou Yu said: “He said that all by himself and I didn"t coerce him.我得吩咐军匠们，叫他们故意迟延，I will order our military craftsmen to slow down working deliberately.造箭用的材料，不给他准备齐全。Also I will not provide the full range of arrow-making materials to him.到时候造不成，定他的罪，他就没话可说了。When he could not produce the arrows as he has undertaken to do, then he would have nothing to say when I pass verdict on him.你去探听探听，看他怎么打算，回来报告我。”You go and find out what his plan is and report back to me.”----------------------------------------------------------------------------------------------鲁肃见了诸葛亮。Lu Su met with Zhuge Liang.诸葛亮说∶“三天之内要造十万支箭，得请你帮帮我的忙。”Zhuge said: “To make one-hundred-thousand arrows in three days I need your help.”鲁肃说∶“都是你自己找的，我怎么帮得了你的忙？”Lu said: “You bring this upon yourself and how could I possibly help you?”诸葛亮说∶“你借给我二十条船，每条船上要三十名军士。Zhuge said: “Loan me twenty boats with thirty soldiers in each boat.船用青布幔子遮起来，The boats will be covered up entirely with green cloth curtains.还要一千多个草把子，排在船的两边。I also need one-thousand and then some straw bundles to be lined up on both sides of the boats.我自有妙用。第三天管保有十万支箭。I have an ingenious plan and on the third day I guarantee there will be one-hundred-thousand arrows.不过不能让都督知道。他要是知道了，我的计划就完了。”But the Governor must not know about this, or else if he finds out my plan will not work.”----------------------------------------------------------------------------------------------鲁肃答应了。Lu Su promised to do as Zhuge Liang asked.他不知道诸葛亮借船有什么用，回来报告周瑜，He did not know what Zhuge would do with the boats, and he returned to report to Zhou Yu.果然不提借船的事，只说诸葛亮不用竹子、翎毛、胶漆这些材料。Sure enough he did not mention the arrangement on borrowing boats and only said Zhuge did not use materials such as bamboo sticks, feathers, glue, and vanish.周瑜疑惑起来，说∶“到了第三天，看他怎么办！”Zhou was puzzled and said: “Let"s see what he would do when the third day comes.”----------------------------------------------------------------------------------------------鲁肃私自拨了二十条快船，每条船上配三十名军士.Lu Su privately put aside twenty speedy boats and assigned thirty soldiers to each boat.照诸葛亮说的，布置好青布幔子和草把子，等诸葛亮调度。Also he made such setups of green cloth curtains and straw bundles on the boats as requested by Zhuge and everything awaited further instructions from Zhuge.第一天，不见诸葛亮有什么动静；On the first day Zhuge did not make any move.第二天，仍然不见诸葛亮有什么动静；On the second day Zhuge also did nothing.直到第三天四更时候，诸葛亮秘密地把鲁肃请到船里。Around one to three o"clock after midnight on the third day Zhuge secretly asked Lu to come to one of the boats.鲁肃问他∶“你叫我来做什么？”Lu asked him: “Why do you ask me to come here?”诸葛亮说∶“请你一起去取箭。”Zhuge said: “I invite you to go and get the arrows with me together.”鲁肃问∶“哪里去取？”Lu asked: “Where are we going to get them?”诸葛亮说∶“不用问，Zhuge said: “There is no need to ask.去了就知道。”You will find out when you get there.”诸葛亮吩咐把二十条船用绳索连接起来，朝北岸开去。Zhuge ordered to link the twenty boats together with ropes and sail them towards the northern shore. ----------------------------------------------------------------------------------------------这时候大雾漫天，江上连面对面都看不清。At this time it was heavy fog everywhere and people facing each other could not see clearly the features of the opposite party.天还没亮，船已经靠近曹军的水寨。Before the sky turned bright, the boats were close to the navy base of Cao Army.诸葛亮下令把船头朝西，船尾朝东，一字摆开，Zhuge ordered the bows of the boats to face west and the sterns to face east in a line formation.又叫船上的军士一边擂鼓，一边大声呐喊。He also directed the soldiers on the boats to beat drums and shout at the top of their lungs.鲁肃吃惊地说∶“如果曹兵出来，怎么办？”Lu was shocked and said: “What if Cao soldiers come out, and then what are we going to do?”诸葛亮笑着说∶“雾这样大，曹操一定不敢派兵出来。Zhuge laughed and said: “The fog is so thick Cao Cao will not dispatch his soldiers to come out.我们只管饮酒取乐，We just have to drink wine and enjoy ourselves.天亮了就回去。”At daybreak we will go back.” ----------------------------------------------------------------------------------------------曹操听到鼓声和呐喊声，就下令说∶“江上雾很大，敌人忽然来攻，Upon hearing the drumbeats and shouting, Cao Cao ordered: “The fog is very heavy in the river and the enemies have launched a surprise attack.我们看不清虚实，We can"t see clearly what is going on.不要轻易出动。Let us don"t get out there impetuously.只叫弓弩手朝他们射箭，不让他们近前。”We will only order our archers to shoot at them in preventing them from getting close.”他派人去旱寨调来六千名弓弩手，到江边支援水军。He transferred six thousand archers from the ground troop barracks to support the navy by the riverside.一万多名弓弩手一齐朝江中放箭，箭好像下雨一样。Over ten-thousand archers shot arrows at the river together, and the arrow fell like raindrops.诸葛亮又下令把船掉过来，船头朝东，船尾朝西，Then Zhuge ordered the boats to turn around and face the bows eastward and the sterns westward.仍旧擂鼓呐喊，As before the soldiers continued to beat drums and clamor.逼近曹军水寨去受箭。Also the boats were sailed closer to catch the shooting arrow. ----------------------------------------------------------------------------------------------天渐渐亮了，雾还没有散。The sky was getting bright gradually but fog had not dispersed.这时候，船两边的草把子上都插满了箭。At that time, straw bundles at both sides of the boats were stuck full of arrows.诸葛亮吩咐军士齐声高喊“谢谢曹丞相的箭！”Zhuge Liang ordered the soldiers on the boats to shout out loud: “Thank you Prime Minister Cao for the arrows.”接着叫二十条船驶回南岸。Then he ordered the boats to sail back to the southern shore.曹操知道上了当，可是这边的船顺风顺水，Cao Cao realized he was tricked but those boats coming from his side were sailing downwind and down-current.已经驶出二十多里，要追也来不及了。They already had twenty miles of head-start and it was impossible to catch up.----------------------------------------------------------------------------------------------二十条船靠岸的时候，周瑜派来的五百个军士正好来到江边搬箭。When the twenty boats went alongshore, the five hundred solders dispatched by Zhou Yu to pick up arrows at riverside came just in time.每条船大约有五六千支箭，二十条船总共有十万多支。Each boat had five to six thousand arrows and multiplied that by twenty boats totaled one-hundred-thousand and then some arrows.鲁肃见了周瑜，告诉他借箭的经过。Lu Su met Zhou Yu and told him the entire process in borrowing arrows.周瑜长叹一声，说∶“诸葛亮神机妙算，Zhu took a deep sigh and said: “Zhuge Liang is meticulous and calculated.我真比不上他！”Truly I am nowhere near his match.”----------------------------------------------------------------------------------------------

是小说三国演义里的，历史上诸葛亮没有借过箭

2005年至今[1]The introduction pi-pi stacking moieties for fabricating stable micellar structure: formation and dynamics of disklike micelles.Angew. Chem. Int. Ed.， 2005, 44, 4731-4735.Bo Song, Zhiqiang Wang, Senlin Chen, Xi Zhang,Yu Fu, Mario Smet, and Wim Dehaen[2]Combining a layer-by-layer assembling technique with electrochemical deposition of gold aggregates to mimic the legs of water stridersAdvanced Materials， 2005, 17, 1005-1009.Feng Shi, Zhiqiang Wang, and Xi Zhang[3]Reversible pH-Responsive Surfaces: from superhydrophobicity to superhydrophilicity Advanced Materials， 2005, 17, 1289-1293.Xi Yu, Zhiqiang Wang, Yugui Jiang, Feng Shi, and Xi Zhang[4]Self-assembly monolayers of dendron thiols for electrodeposition of gold nanostructures: toward fabrication of superhydrophobic/superhydrophilic surface and pH-responsive surface Langmuir， 2005, 21, 1986-1990.Yugui Jiang, Zhiqiang Wang, Xi Yu, Feng Shi, Huaping Xu, and Xi Zhang[5]Combining layer-by-layer assembly with electrodeposition of silver aggregares for fabricating superhydrophobic surfaces Langmuir， 2005, 21, 4713-4716.Nan Zhao, Feng Shi, Zhiqiang Wang, and Xi Zhang[6]Patterned polyelectrolyte multilayer: surface modification for enhancing selective adsorption Langmuir， 2005, 21, 1599-1602.Feng Shi, Zhiqiang Wang, Nan Zhao, and Xi Zhang[7]STM study on quinacridone derivative assemblies: modulation of the two-dimensional structure by coadsorption with dicarboxylic acidsLangmuir， 2005, 21, 7225-7229.Xunyu Yang, Zhongcheng Mu, Zhiqiang Wang, Xi Zhang, Jia Wang and Yue Wang[8]Polymer micelles as building blocks for layer-by-layer assembly: an approach for incorporation and controlled release of water-insoluble dyesChem. Mater.， 2005, 17, 5065-5069.Ning Ma, Hongyu Zhang, Bo Song, Zhiqiang Wang and Xi Zhang[9]Roselike microstructures formed by direct in situ hydrothermal synthesis: from superhydrophilicity to superhydrophobicity Chem. Mater.， 2005, 17, 6177-6180.Feng Shi, Xiaoxin Chen, Liyan Wang, Jia Niu, Jihong Yu, Zhiqiang Wang and Xi Zhang[10]To combine precursor and layer-by-layer deposition for incorporation of single-charged species: nanocontainers with charge-selectivity and nanoreactorsChem. Mater. 2005, 17, 6679-6685.Huan Chen, Guanghong Zeng, Zhiqiang Wang, Xi Zhang, Ming-Li Peng, Li-Zhu Wu, and Chen-Ho Tung[11]Force spectroscopy on dendronized poly(p-phenylene)s: revealing the chain elasticity and the interfacial interactionMacromolecules, 2005, 38, 861-866.Weiqing Shi, Zhiqiang Wang, Shuxun Cui, Xi Zhang and Zhishan Bo[12]Single-chain mechanical property of poly(N-vinyl-2-pyrrolidone) and interaction with small molecules J. Phys. Chem. B, 2005, 109, 14807-14812.Chuanjun Liu, Shuxun Cui, Zhiqiang Wang and Xi Zhang[13]Anisotropic aggregation and phase transition in Langmuir monolayers of methyl/ethyl esters of 2,3-dihydroxy fatty acidsJournal of Colloid and Interface Science, 2005, 285, 814-820.Liyan Wang, Sandra Jacobi, Jing Sun, Michael Overs, Harald Fuchs, Hans Juergen Schaefer, Xi Zhang, Jiacong Shen, and Lifeng Chi[14]Single-component films of different generations of dendrimers bearing a diphenylanthracene core European Polymer Journal, 2005, 41, 1219-1224.Jing Sun, Liyan Wang, Xi Yu, and Xi Zhang[15]Fabrication of Polypyrrole Wires Between MicroelectrodesSmall, 2005, 1, 520-524.Bin Dong, Michael Krutschke, Xi Zhang, Lifeng Chi, and Harald Fuchs[16]A convenient A2+B3 Approach to hyperbranched poly(arylene oxindole)sMacromol. Rapid Commun., 2005, 26, 1458-1463.Mario Smet, Yu Fu, Xi Zhang, Etienne H. Schacht, and Wim Dehaen[17]Manipulation of surface wettability between superhydrophobicity and superhydrophilicity on copper films ChemPhysChem, 2005, 6, 1475-1478.Shutao Wang, Lin Feng, Huan Liu, Taolei Sun, Xi Zhang, Lei Jiang, and Daoben Zhu[18]Control of composition in the multilayer films fabricated from mixed solutions containing two dendrimersJournal of Colloid and Interface Science, 2005, 287, 207-212.Jing Sun, Liyan Wang, Jian Gao, and Zhiqiang Wang[19]Effect of density of hydrogen-bonding donor on hydrogen-bonded multilayer buildup Chinese Science Bulletin, 2005, 50, 1864-1868.Hongyu Zhang, Ning Ma, and Zhiqiang Wang

Text AA Life Full of RichesI. Vocabulary1. Fill in the gaps with words or phrasesu20261) abrupt 2) emotional 3) bless 4) wear and tear 5) dated 6) consequences 7) seemingly 8) in contrast to 9) Curiosity 10) genuine 11) primarily 12) sentiments2. Rewrite each sentenceu20261) confronted with more than one problem, try to solve the easiest one first2) vital to the existence of all forms of life3) some confusion among the students about what to do after class to follow up on the subject4) nothing more than a job and an apartment to be happy5) tickled him to think that sheu2019d come to ask his advice3. Complete the sentences1) a lingering, fabricating, sentiments2) fill out, every item, vital, consequences3) be denied, tangible, cherish, attainII. Words with Multiple Meanings1. It is a long trip and will take us five hours by bus.2. She arrived early and took a front row seat.3. Donu2019t take me for a fool.4. It takes a lot of imagination to fabricate such a story.5. My uncle will take me (alone on his trip) to the Arctic this summer.6. He took the dinner plate I passed to him.7. Kevin took second prize in the weight-lifting competition.8. If you donu2019t take my advice, you will regret it.III. Usage1. hanging 2. to give 3. to return 4. being praised 5. not having 6. to say 7. to open 8. being helpedComprehensive ExercisesI. Cloze1. Text-related1) well-off/affluent 2) dated 3) falling into 4) bracket 5) deny 6) tangible7) pursuit 8) cherishes 9) out of place 10) abrupt 11) focus 12) donations2. Theme-related1) consume 2) fueled 3) annual 4) plain 5) physically 6) security 7) indicates 8) equally 9) traditional 10) follows II. Translation1. Translate the Sentences1) The company denied that its donations had a commercial purpose.2) Whenever he was angry, he would begin to stammer slightly.3) Education is the most cherished tradition in our family. Thatu2019s why my parents never took me to dinner at expensive restaurants, but sent me to the best private school.4) Shortly after he recovered from the surgery, he lost his job and thus had to go through another difficult phase of his life.5) In contrast to our affluent neighbors, my parents are rather poor, but they have always tried hard to meet our minimal needs.2. Translate the passage With more and more donations coming in, our university will be much better off financially next year. We will thus be able to focus on the most important task that we, educators, must take on: to encourage students to attain their scholarly/academic goals, to train them to be dependable and responsible individuals, to prepare them for the life ahead, and to guide them in their pursuit of spiritual as well as material satisfaction.

Up is a 2009 American computer-animated comedy-adventure film produced by Pixar, distributed by Walt Disney Pictures and presented in Disney Digital 3-D. The film premiered on May 29, 2009 in North America and opened the 2009 Cannes Film Festival, becoming the first animated and 3D film to do so.[3] The film was director Pete Docter"s second film, the first being 2001"s Monsters, Inc., and features the voices of Edward Asner, Christopher Plummer, Bob Peterson, and Jordan Nagai. It is Pixar"s tenth feature film and the studio"s first to be presented in Disney Digital 3-D,[4] and is accompanied in theaters and DVD releases by the short film Partly Cloudy.[5]《天外奇迹》（Up）是2009年皮克斯动画工作室第十部动画电影，首部3D电影。由《怪兽公司》导演皮特·多克特负责执导，爱德华·阿斯纳、克里斯托弗·普卢默和约翰·拉岑贝格尔配音演出。电影由华特迪士尼影业发行，曾於纽约Comic-Con展试映前45分钟，获得好评如流。受邀为第62届坎城影展开幕片，首部担任坎城开幕片的3D动画片。[1]本片在北美2009年5月29日正式公开首映。 本片入围奥斯卡最佳影片、最佳动画片等奖项，成为继美女与野兽之後的第二部入围最佳影片的动画片。Young Carl Fredricksen is a shy, quiet boy who idolizes renowned explorer Charles F. Muntz. He is saddened to learn, however, that Muntz has been accused of fabricating the skeleton of a giant bird he had claimed to have discovered in Paradise Falls, South America. Muntz vows to return there to capture one alive. One day, Carl befriends an energetic and somewhat eccentric tomboy named Ellie, who is also a Muntz fan. She confides to Carl her desire to move her "clubhouse"—an abandoned house in the neighborhood—to a cliff overlooking Paradise Falls, making him promise to help her. Carl and Ellie eventually get married and grow old together in the restored house, working as a toy balloon vendor and a zookeeper, respectively. Unable to have children, they repeatedly pool their savings for a trip to Paradise Falls, but end up spending it on more pressing needs. An elderly Carl finally arranges for the trip, but Ellie suddenly becomes ill and dies, leaving him alone.主角是78岁的老头卡尔·费迪逊（Carl Fredrickson），当卡尔还是一个孩子，遇见有著同样梦想的女孩艾莉（Ellie），他们一同在中西部城镇里长大，最後结婚。艾莉总是梦想著到南美洲探险，但机会尚未来到却已病逝。现在，政府官员兴建摩天大楼计画，要求卡尔搬离住处，最终卡尔决定实现艾莉的承诺，带著屋子离开前往南美。当中意外地，一位八岁亚裔童子军小罗（Russell），为了收集最後一个帮助老人的徽章，误打误撞搭上这座飞屋，於是两个素不相识的一老一少，将会面临险恶的地形，难以预测的危机，展开一场荒野的丛林冒险之路。途中没多久即遇到暴风雨，慌乱之馀，卡尔再度醒来发现已抵达南美洲仙境瀑布附近。两人於是徒步前往对岸山谷，遇见喜爱吃巧克力稀有彩色巨鸟凯文（Kevin），以及会说人话的狗小逗（Dug），一同踏上旅程。随後，发现凯文是狗群所猎捕的目标，并且指使狗的主人正是卡尔小时候崇仰的冒险家查理斯蒙兹（Charles Muntz）。蒙兹为向世人证明巨鸟的存在，已在此进行追捕多年，察觉卡尔隐瞒巨鸟的实情，而对他们展开攻击。藉由小逗帮助，才得以从众狗追击下逃脱。

英语精典成语句子集锦 　　英语精典成语32句 　　A friend in need is a friend indeed.患难朋友才是真正的朋友。 　　Actions speak louder than words.事实胜于雄辩 　　All is not gold that glitters.闪光的不一定都是金子 　　An idle youth， a needy age.少壮不努力，老大徒伤悲 　　Bitter pills may have wholesome effects.良药苦口 　　Do wrong once and you"ll never hear the end of it.一失足成千古恨 　　Every cloud has a silver lining.守得云开见月明 　　Every man has his fault.人孰无过 　　First come， first served.捷足先登 　　Haste makes waste.欲速则不达 　　Honesty is the best policy.诚实至上 　　In fair weather prepare for foul.未雨绸缪 　　Knowledge is power.知识就是力量 　　Let bygones be bygone.既往不究 　　Look before you leap.三思而后行 　　Man proposes， God disposes.谋事在人，成事在天 　　Money talks.金钱万能 　　No gains without pains.吃得苦中苦方为人上人 　　基础英语轻松学-美国玫瑰：米娅·哈姆(1) 　　本课您将学到：句型fall in love with…（爱上……），lead, guide和direct（区分近义词） 　　她因女足而成名，女足因她而精彩，她就是美国玫瑰——米娅·哈姆。今天，我们来了解她的成长历程。 　　Growing up a military brat（小家伙）, Mia fell in love with soccer while her father was serving in Italy. By the age of 14, she was dominating（统治） women"s soccer in Texas and attracting attention（注意，关心） from around the country. 　　After a scouting（侦察，守候） trip to watch Mia play, coach Anson Dorrance made Mia the youngest member of the national team at age 15. 　　Following an All-American high school career（职业）, Mia decided to continue to play for Dorrance at University of North Carolina. She led the Lady Tar Heels to NCAA championships（冠军） in all four years she played, while setting conference（联盟） scoring records（纪录）. 　　【世博读书笔记】 　　从军人家庭成长起来的小家伙米娅·哈姆，（Growing up a military brat）在她的爸爸还在意大利服役时，（while her father was serving in Italy）她就爱上了足球（Mia fell in love with soccer）。当她14岁时，（By the age of 14）已经统治了德克萨斯的女足界，（she was dominating women"s soccer in Texas）并且吸引着全国的关注。（attracting attention from around the country） 　　教练Anson Dorrance专程观察Mia踢球以后，（After a scouting trip to watch Mia play）把15的她请进了美国国家队，使她成了国家队中年纪最小的队员。（coach Anson Dorrance made Mia the youngest member of the national team at age 15） 　　高中的全美联赛后，（Following an All-American high school career）Mia决定继续跟随Dorrance在北卡罗莱纳大学踢球。（Mia decided to continue to play for Dorrance at University of North Carolina）在那里，米娅四次带领“女爵士队”队夺取NCAA冠军，（She led the Lady Tar Heels to NCAA championships in all four years she played）并且创造了全联盟的进球纪录。（while setting conference scoring records） 　　基础英语轻松学-美国玫瑰：米娅·哈姆(2) 　　NCAA：National Collegiate Athletic Association (美国)全国大学生体育协会。 　　【世博句型留言板】 　　今天的句型很实用，让你把“爱”说出来！ 　　Fall in love with… 　　我们都知道一见钟情可以说成是love at first sight，同样的意思如果用这个句型来表达，就可以说： 　　As soon as we met, we fell in love with each other. 　　我们刚一见面，就爱上对方了。 　　爱情就是这么奇妙，难怪俗语说Love is blind.（爱情是盲目的; 情人眼里出西施。） 　　其实，对某项事业或某件东西的喜爱程度很深，也可以说fall in love with that thing, Mia爱上了足球可以说fall in love with soccer，如果你特别钟情于某首歌，就可以说 　　I fell in love with this song when I first heard it. 　　我第一次听这首歌就爱上它了。 　　【世博语法小教室】 　　Led是lead的过去式，意思是to bring or show the way to (person or animal) by going in front。领头；带领；引导，牵引（人或动物）。 　　Guide和direct是它的近义词，那么它们有什么区别呢？今天我们讨论这个问题。 　　to lead is to show the way by going first, to guide is to show the way and explain things, and to direct is to explain to someone how to get to a place. 　　走在前面带路用lead ,边领路边讲解用guide ，向某人解释如何到某一地方去用direct。 　　看看下面的例子： 　　He led them down the mountain. 他带领他们下山。（他走在大家前面。） 　　She guided the tourists round the castle. 她引导旅游者参观了这座城堡。（她走在大家之中，边走边介绍。） 　　Could you direct me to the station, please? 请问到车站怎么走？（这个人并不行动，只是指点别人怎么做。） 　　如何猜测句子中生词的意思三 　　三 外部相关因素 　　外部相关因素是指篇章(句子或段落)以外的其他知识。有时仅靠分析篇章内在逻辑关系无法猜出词义。这时,就需要运用生活经验和普通常识确定词义。 　　例如： Husband：it‘s really cold out tonight. Wife: Sure it is. My hands are practically numb. How about lighting the furnace? 　　根据生活经验，天气寒冷时，手肯定是“冻僵的，冻得麻木的”。 　　The snake slithered through the grass. 　　根据有关蛇的生活习性的知识，我们可以推断出slither词义为“爬行”。 　　在猜测词义过程中，除了使用上面提到的一些技巧，我们还可以依靠构词方面的知识， 从生词本身猜测词义。 　　1. 根据前缀猜测词义 　　例如：He fell into a ditch and lay there, semiconscious, for a few minutes. 根据词根conscious（清醒的，有意识的），结合前缀semi（半，部分的，不完全的`），我们便可猜出semiconscious词义“半清醒的，半昏迷的”。I‘m illiterate about such things. 词根literate 意为“有文化修养的，通晓的”，前缀il表示否定，因此illiterate指 “一窍不通，不知道的”。 　　2. 根据后缀猜测词义 　　例如：Insecticide is applied where it is needed. 后缀cide表示“杀...者，杀灭剂”，结合大家熟悉的词根insect（昆虫），不难猜出 insecticide意为“杀虫剂”。Then the vapor may change into droplets. 后缀let表示“小的”，词根drop指“滴，滴状物”。将两个意思结合起来，便可推断出droplet词义“小滴，微滴”。 　　3.根据复合词的各部分猜测词义 　　例如： Growing economic problems were highlighted by a slowdown in oil output. Hightlight或许是一个生词，但是分析该词结构后，就能推测出其含义。它是由 high （高的，强的）和light（光线）两部分组成，合在一起便是“以强光照射，使突出” 的意思。 Bullfight is very popular in Spain. Bull（公牛）和fight（打，搏斗）结合在一起，指一种在西班牙 颇为流行的体育运 动---斗牛。 　　综上所述，利用各种已知信息推测、判断词义是一项重要的阅读技巧。在实践中，我们可以灵活运用，综合运用上面提到的几种猜测技巧，排除生词的障碍，顺利理解文章的思想内容，提高阅读速度。 　　Man sentenced for fake bomb threats 　　A man who fabricated a terrorist threat against the Oriental Pearl TV Tower was sentenced to eight months in prison yesterday. 　　The Pudong New Area People"s Court yesterday sentenced He Wanrong, 54, to prison for fabricating terroristic information. He had been receiving treatment in a mental health center and earlier had been detained for a false fire alarm and for stealing in a supermarket. On the night of April 11, he called the police hot line 110, saying that three men were placing bombs at the foot of the TV tower overlooking the Bund. More than 30 policemen hurried to the spot but found nothing. He was arrested the next morning. 　　基础英语轻松学-艺术之都——佛罗伦萨(2) 　　佛罗伦萨提供了世人许多绝佳的艺术宝藏，它们有些矗立在花园和广场上，有些则陈列在华丽的宫墙上，而有些宝藏就是那些宫殿本身。对艺术爱好者而言，佛罗伦萨确实是天堂。 　　【世博读书笔记】 　　1．Treasure可以做名词和及物动词，主要有一下用法。 　　（1）做不可数名词，表示“金银财宝，财富”，如： 　　It is said that the pirates buried their treasure on this island. 　　据说海盗把他们的金银财宝埋藏在这个岛上。 　　（2）做可数名词，意思是“贵重物品”，如： 　　the art treasures of Louvre 　　卢浮宫的艺术珍品 　　（3）做动词，意思是“珍爱，珍视”，如： 　　We treasure our friendship. 　　我们珍惜我们之间的友谊。 　　2．Palace和paradise 　　palace有“皇宫、宫殿”的意思，如： 　　The Queen of England lives in Buckingham Palace. 　　英国女王住在白金汉宫。 　　Paradise指的是天上的宫殿，也就是“天堂”或“伊甸园”（通常大写），如： 　　For what were Adam and Eve expelled from Paradise? 　　亚当和夏娃是因为什么被逐出伊甸园的? 　　当然，那些能让人非常快乐的地方，也就是“乐园”，也叫paradise，如： 　　Hong Kong is a shopper‘s paradise. 　　香港是购物者的天堂。 　　【世博句型留言板】 　　an example of… 　　榜样，典范 　　This is an example of how to obey the rule. 　　这是个遵守纪律的好榜样。 　　It is a classic example of colonial architecture. 　　它是殖民地建筑的一个典范。 　　今天的节目就到这里，请大家掌握以下知识点： 　　1．treasure的用法， 　　2．palace和paradise， 　　3．an example of句型。 ;

fabricating/fabricated brand name臆造做动词用fabricating做形容词用fabricated这就看你主要是说臆造这个行为/过程,还是说假造的商标词了

Processing Factory

夸大的事实Exaggerated facts例句：某些人通过捏造或夸大的事实获得了不正当的优势，而把诚实的求职者挤出了竞争之列。Honest job seekers can be edged out of competition by individuals who give themselves an unfair advantage by fabricating or exaggerating credentials.

　　现场指接从事生产、工作、试验的场所，还是一档民生新闻节目，创办于1999年，经过10年耕耘，成长为福建新闻频道的高收视王牌栏目，在本土观众中具有极高的号召力和影响力。那么你知道现场用英语怎么说吗?下面来学习一下吧。 　 　现场英语说法1： 　　scene 　　现场英语说法2： 　　site 　 　现场的相关 短语 ： 　　现场专辑 live album ; album live ; 　　施工现场 Construction site ; job site ; job location ; fabricating yard 　　现场焊接 site weld ; field welding ; Site-welding ; field system welding 　　现场储备 spot stock 　　现场平衡 field balancing ; on the spot balancing ; field balance ; 　　现场观众 Audience ; Live audience ; spot audience ; field audience 　　现场的英语例句： 　　1. I could never understand why Louise bothered with me. 　　我永远也不明白,为什么路易斯一直不嫌弃我. 　　2. The stone which the builders rejected has become the cornerstone of the building. 　　一块曾被建筑师嫌弃的石头竟成了基石. 　　3. He was never ashamed in the least of his home, nor was Miriam of hers. 　　他从来也没有丝毫嫌弃自己家的意思, 米丽安也一样. 　　4. PHOEBE: Ok, this is the most romantic disease I"ve ever had. 　　菲比得了麻疹, 偏巧海军男友这时过来与她相聚,不但没嫌弃她丑陋,反而跑过来很热情地吻她.菲比说这是她得过的最浪漫的疾病了. 　　5. Love - was once fell in love, actually mutually shut out. 　　爱情是曾经相爱却互相嫌弃. 　　6. Just push the play bottom and listen! 　　不嫌弃的话,按下三角型的播放键来听听看吧! 　　7. Yet the two men dislike and distrust each other so much that they rarely speak. 　　但是这两个领单人互相嫌弃,互不信任,彼此之间也很少沟通. 　　8. Sometimes it just happens when elderly people have family who show no interest in them. 　　有时候老年人的家人嫌弃他们时,他们会一下子得这种病. 　　9. Though he had an infectious disease, his classmates didn"t cold - shoulder him at all. 　　他得了传染病, 可同学们一点不嫌弃. 　　10. Repulsed by her haggard appearance, the prince at the gift and the old woman away. 　　王子嫌弃她形如枯槁的面容, 不屑于衣衫褴褛老太婆手里的玫瑰,并且一触残忍地把她赶走. 　　11. Such as do not abandon, please start our comity long - distance run , open our true feelings. 　　如不嫌弃, 请开始我们的友谊 长跑 , 开启我们的心声.

smear Shuiguang needle光针 [词典] [医] light needle; [例句]介绍了光针式教学灵敏电流计的工作原理和制作方法。The working principle and the fabricating method of the light-pointer teaching galvanometer are introduced.

【专升本快速报名和免费咨询：https://www.87dh.com/xl/ 】1、A scarce fierce bird can easily pierce a commercial boat with great force.一只珍稀的猛禽能轻易地用力量穿透一只商船。2、A mistake in staking can overtake you like an earthquake.下注的一个错误能像地震一样压倒你。3、Handsome men are wholesome, though tiresome.英俊的男人有益健康，虽也令人疲倦。4、The newly described languages were often so strikingly different from the well studied languages of Europe and Southeast Asia that some scholars even accused Boas and Sapir of fabricating their data.这些新近被描述的语言和得到充分研究的欧洲和东南亚地区的语言往往差别显著，以至于有些学者甚至指责Boas和Sapir编造了材料。5、As a physician, I know the most costly and dramatic measures may be ineffective and painful.作为一名医生，我深知最昂贵和最激进的手段也可能是无效的和痛苦的。6、This passage appears to be a digest of a book review.本文似乎是一篇书评的摘要。7、 With the start of BBC World Service Television, millions of viewers in Asia and America can now watch the Corporation"s news coverage, as well as listen to it.随着BBC(英国广播公司)全世界电视节目的开播，亚洲和美洲的数以百万计的人不仅可以听到它的新闻广播，而且也能看到它的电视新闻报道了。8、The big city bewildered the old woman from the countryside.大城市把乡下来的老奶奶弄糊涂了。9、The saw a bizarre animal in the lake.他们在湖中看见一个奇怪的动物。10、Her face beamed with joy.她面露喜色。11、The applauding shepherd in the yard cannot offer the hazard of laughing at the absurd landlord who has a sword in his hand.院子里正在鼓掌的牧人无法承受嘲笑那个手里有剑的荒唐地主的代价。12、An agreeable fable comes from a noticeable cable which has been supposed to reliable and remarkable for an available variable. The message has enable the preferable innumerable.一个宜人的故事从一条被认为是可靠且可观的重要电缆传给了一个可获得的变量。这一消息使可疑的东西变得有理由，无理的东西变得有能力，可观的东西变得不可忍受，而可取的东西则变得无可计数了。13、The experience as audience gives us both conscience and obedience which will then lead to our patience instead of violence.做听众的经验使得我们有了良心和顺从，这将让我们具备耐心而非暴力。14、Anthropologists have discovered that fear, happiness, sadness, and surprise are universally reflected in facial expression.人类学家们已经发现，恐惧，快乐，悲伤和惊奇都会行之于色，这在全人类是共通的。15、It is more difficult to write simply, directly, and effectively than to employ flowery but vague expression that only obscure one"s meaning.简明，直接，有力的写作难于花哨，含混而意义模糊的表达。16、With modern offices becoming more mechanized, designers are attempting to personalize them with warmer, less severe interiors.随着现代办公室的日益自动化，设计师们正试图利用较为温暖而不太严肃的内部装饰来使其具有亲切感。17、The difference between libel and slander is that libel is printed while slander is spoken.诽谤和流言的区别在于前者是书面的，而后者是口头的。18、The knee is the joints where the thigh bone meets the large bone of the lower leg.膝盖是大腿骨和小腿胫的连接处。19、Acids are chemical compounds that, in water solution, have a sharp taste, a corrosive action on metals, and the ability to turn certain blue vegetable dyes red.酸是一种化合物，它在溶于水时具有强烈的气味和对金属的腐蚀性，并且能够使某些蓝色植物染料变红。20、Billie Holiday"s reputation as a great jazz-blues singer rests on her ability to give emotional depth to her songs.Billie Holiday"s作为一个爵士布鲁斯乐杰出歌手的名声建立在能够赋予歌曲感情深度的能力。 专升本有疑问、不知道如何总结专升本考点内容、不清楚专升本报名当地政策，点击底部咨询官网，免费领取复习资料：https://www.87dh.com/xl/

Li Huan student studying in France in the Paris meetings and processions on the speech (transcript) Ladies and gentlemen, dear French friends, How are you! I would first like to thank the people of Paris and Paris City Police Department has given us this opportunity today, let us gathered here. This is a rare occasion, and France is Europe"s largest in the history of Chinese assembly. I would like to representatives from other cities, by bus, train and car, from several hundred miles away at their own expense friends came to say a few words. Many of my friends could not meet with us here, but I Xiangti them to express their like us to China, France, the French people, as well as the concerns of Sino-French friendship. In the demonization of China"s distortions reported incident, we, the world of Chinese students, and we feel pain, our feelings were hurt, but we do not blame the French people, as a result of this is not the responsibility of people you, but some irresponsible media incitement family and career. Like all industries, the press and the media have their own to abide by professional ethics. Media to a fair, objective and the content of the verification, as well as moderate comments. In any case, we can not defamation and slander, there is no evidence to blame, and distorting the facts. In the most recent turn of events reports, some reporters beyond their original reports role, have turned into an absolute truth that since the critical home, and even ridiculous to simplify the incident. A weak and innocent victims and a huge and cruel thugs. Their role from the very beginning this was assigned artificially good. Then, reporters find ways and means to prove that these two roles. For example, on a selective history that the Chinese revolution is an inalienable part of China "aggression", while 95 percent said deliberately not languish in the dark of Tibetan politics and religion and the Nepal Police, as the Chinese police with a few decades ago, today"s photos things, the dissemination of information is not verified, for example, there is no credibility of the so-called death toll, as well as some people with ulterior motives use the oral. The description of those foreign tourists, and they let us get video of the mob that carried out without undue passers heinous violence, no one said that this is the media of the violence against the innocent. What is more, some irresponsible media manufacturing and force people to accept the one does not have any credibility and impartiality of evidence "bloody repression" hypothesis. Chinese media rarely invited in the program expounded their views, even if there are also put him in the defendant"s position, and the other is in the number several times in his "judges." Yes, you can criticize the Chinese Government over a period of time does not allow reporters Entry Into Tibet, but not fabrications do not know what This handling of the Tibet Information riots, is a kind of media violence, an ideological fraud, a right to speak hegemony, a distortion of the facts publicity, a shameless deceit. First of all victims of the French people, and how they have compassion and love hearts, they believe that the media can be, unfortunately, they were manipulated and deceived. Western mode of information or people have a copy mode, it is now no longer be. No one has the power to manipulate public opinion, not in China, nor anywhere in the world. This is the so-called freedom of expression pattern of another way to suppress freedom of expression. Some politicians as France"s elite thinking inert, let us immense shock. The so-called human rights, for some people, is the clarion call for jihad, and all for political purposes irresponsible incitement shield, for instance, the Robert Meinaer ( "Reporters Without Borders", chairman of the organization). Why this person in the tower that officials of the Moroccan prison repeated torture, American soldiers in Iraq was an insult to the time lost? This is not a selective blindness? UNESCO termination of the "Reporters Without Borders" support, in a notice, UNESCO explained that Reporters Without Borders said on many occasions in the absence of objective coverage of certain countries in the process of the loss of professional journalists moral. Why? From the Internet, as well as our recognition of Mr. Robert information, we understand the "Reporters Without Borders" is derived from the financial support of some close ties with the United States Central Intelligence Organization. We, overseas Chinese students, we are very distressing, and our feelings were hurt, but we do not hate the French. We are two totally different world experience and information exchange between the bridge, we are also the cultural, ideological, political conflicts especially the first victims. Chinese people in the country believe that we are on foreign students studying these views. They have the knowledge and abroad impression on this group of students feeling. Faced with fabricating false news or transfer of the accused Western media, we have many of these students have started to counterattack, in the debate on the Internet and call for the authenticity of reports. We note that some media were "feed" some French people for China has a deep prejudice. In the Olympic boycott, boycott China, the so-called free them shouting Tibet, the Chinese people of the Western world to examine and distrust is growing. The Chinese Government"s efforts to achieve perfection is far from the stage that it is the world"s most perfect and that it is the world"s worst in the same ridiculous. But we of this generation, our 20-year-old to 30-year-old young people, from our young from the time when we have been living continuously improve the standard of living in China continues to open up freedom and the environment. We are very surprised, and in this regard all to the good development of the moment, we are living in this time better than ever before, more and more foreign people have wanted to us from the so-called "the world"s largest dictatorship," " rescue "come out! I would like to ask, Where are you in the past? Those of us in the West to learn Chinese and we are full of confidence for the future. Indeed, China has a lot of things to do, and we, we Chinese people, but also the realization of these advances have unprecedented confidence. China has another kind of culture, another kind of history, and the other volume. Sociology is not a precise science like mathematics. In this regard, we must become a "universal model" There are too many variables. To China! To see a true, complete, China, a lot of the Western media will not show to your China to Tibet! Use your eyes to witness the so-called "cultural genocide", whether this extinction really exist and whether they are Tibetan "disappeared", those lamas who is not free to their religious beliefs, in the Tibetans than it is to Lai under the rule of the divine right live better! And those on the older Tibetans chat, they will never be able to forget the talk about the "Buddhist heaven." We need to direct exchanges, and more knowledge exchange, we will continue to contribute to it! We support the Chinese students studying in the Olympic Games and support the Olympic Games to be held in China, accounting for one-fifth of humanity country with a population of qualified contractors Olympic Games. Who are the Olympic Games? The Olympics belong to you, I belong, we belong to, and belongs to all of us, the whole world belongs to the people. This is not a political game. Dear politicians, anti-China political forces who are the pawns, please stop you for the Olympic Games pollution. China, as the host country, the people of the world would like to send a best gift. Tens of thousands of blood to the Chinese people for many years, is to this day. They are welcome to the world open embrace of the people. When the Olympic flame around the world transmission, the same message is a message that you welcome the arrival of the Chinese people and expect you to celebrate this event with a human face of love and care. When some media that the torch relay to China"s failure is a slap in the face. When represent love and peace torch, be an insult to some specialized protesters act, I think it is a slap in the face, but not to China, but the Chinese people, and to the French people, for all the world loves Olympic people. Many French people seem to have a fear of China, which comes from the fear of China"s ignorance. This is the reason why we hope you can communicate directly and we, through our, love and hope that the consolidation of the Sino-French friendship bridge to a better understanding of China. China and her culture doomed our peace-loving nature. Tongyiliuguo since the Qin Dynasty, China ended with a split of the original state to become a complete and independent country. We belong to one big family. I think this is a 5000 cultural history of the height. This will be worrying? But culture is live with vitality. When you use chopsticks in the China Hotel, when you forward the Chinese culture to carry out its full embrace. Demonize China will allow the Chinese people have become more and stay away from the Western world, can only exacerbate the distance between the people. Please let us good communication! We would like to give you one other information. We Chinese students, very sincerely hope that the French people do not have hostile feelings between, because in any case this is not rational, and it is useless. Understanding of the two different cultures we hope that the people of the two countries become a bridge, an information communication points. We express to you is that the Chinese people"s real thoughts and feelings, we will also convey the French people on China"s goodwill concern. Please believe me, this bridge will be an unprecedented strong, especially in extremely regrettable that under the current situation. My dear French friends, we warmly welcome all of you to come, and even those who want to "create chaos in Beijing" (a member of the European Parliament"s remarks) people. We will help them find a good insurance companies, providing them with a kind of cover all civil liability insurance. Beijing let us see it, dear friends! Thank you, Thank you very much!

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编译 | 未玖 Science , 13 MAY 2022, VOL 376, ISSUE 6594 《科学》 2022年5月13日，第376卷，6594期 物理学 Physics Quantum gas microscopy of Kardar-Parisi-Zhang superdiffusion KPZ超扩散的量子气体显微镜 作者：DAVID WEI, ANTONIO RUBIO-ABADAL, BINGTIAN YE, FRANCISCO MACHADO, JACK KEMP, KRITSANA SRAKAEW, ET AL. 链接： https://www.science.org/doi/10.1126/science.abk2397 摘要： Kardar-Parisi-Zhang（KPZ）普适性类描述了大量经典随机模型的粗粒度行为。令人惊讶的是，最近人们推测KPZ普适性也可用于描述一维量子海森堡模型中的自旋输运。 研究组通过多达50个自旋的自旋链畴壁弛豫，在冷原子量子模拟器中实验探测输运来验证这个猜想。他们发现，畴壁弛豫确实由KPZ动力学指数z=3/2控制，KPZ标度的出现需要可积性和非阿贝尔SU(2)对称性。 最后，研究组利用量子气体显微镜实现的单自旋敏感性探测，来测量基于自旋输运统计的可观测数据。该研究结果产生了一个明确的非线性特征，这是KPZ普适性的一个标志。 Abstract： The Kardar-Parisi-Zhang (KPZ) universality class describes the coarse-grained behavior of a wealth of classical stochastic models. Surprisingly, KPZ universality was recently conjectured to also describe spin transport in the one-dimensional quantum Heisenberg model. We tested this conjecture by experimentally probing transport in a cold-atom quantum simulator via the relaxation of domain walls in spin chains of up to 50 spins. We found that domain-wall relaxation is indeed governed by the KPZ dynamical exponent z = 3/2 and that the occurrence of KPZ scaling requires both integrability and a nonabelian SU(2) symmetry. Finally, we leveraged the single-spin–sensitive detection enabled by the quantum gas microscope to measure an observable based on spin-transport statistics. Our results yield a clear signature of the nonlinearity that is a hallmark of KPZ universality. Observing emergent hydrodynamics in a long-range quantum magnet 在长程量子磁体中观测新兴流体动力学 作者：M. K. JOSHI, F. KRANZL, A. SCHUCKERT, I. LOVAS, C. MAIER, R. BLATT, ET AL. 链接： https://www.science.org/doi/10.1126/science.abk2400 摘要： 确定非平衡量子态的普适性质是现代物理学的一个重大挑战。一个有趣的预测是，经典流体力学普遍出现在任何相互作用的量子系统演化中。 研究组通过实验探测了51个单独控制离子的量子动力学，实现了长程相互作用的自旋链。通过测量无限温度状态下的时空分辨关联函数，他们观测到了整个从正常扩散到反常超扩散的流体动力学普适性类家族，均由Lévy飞行描述。 研究组提取了流体力学理论的输运系数，反映了系统的微观性质。该结果表明，工程量子系统有潜力为量子物质非平衡态的普适性提供关键见解。 Abstract： Identifying universal properties of nonequilibrium quantum states is a major challenge in modern physics. A fascinating prediction is that classical hydrodynamics emerges universally in the evolution of any interacting quantum system. We experimentally probed the quantum dynamics of 51 inpidually controlled ions, realizing a long-range interacting spin chain. By measuring space-time–resolved correlation functions in an infinite temperature state, we observed a whole family of hydrodynamic universality classes, ranging from normal diffusion to anomalous superdiffusion, that are described by Lévy flights. We extracted the transport coefficients of the hydrodynamic theory, reflecting the microscopic properties of the system. Our observations demonstrate the potential for engineered quantum systems to provide key insights into universal properties of nonequilibrium states of quantum matter. 材料科学 Materials Science Highly enhanced ferroelectricity in Hf O2 -based ferroelectric thin film by light ion bombardment 轻离子轰击增强HfO2基铁电薄膜的铁电性 作者：SEUNGHUN KANG, WOO-SUNG JANG, ANNA N. MOROZOVSKA, OWOONG KWON, YEONGROK JIN, YOUNG-HOON KIM, et al. 链接： https://www.science.org/doi/10.1126/science.abk3195 摘要： 非易失和准同型的后摩尔电子器件的不断发展需要集成铁电材料和半导体材料。与原子层沉积兼容的氧化铪（Hf O2 ）基铁电体的出现开辟了有趣且颇有前景的研究途径。然而，Hf O2 中铁电性的起源和控制途径仍然是个谜。 研究组证明了局部氦（He）注入可以激活这些材料中的铁电性。他们还分析了可能的竞争机制，包括He离子引发的摩尔体积变化、空位再分布、空位生成和空位迁移率的激活。 这些发现既揭示了该系统中铁电性的起源，也为纳米工程二元铁电体开辟了新途径。 Abstract： Continuous advancement in nonvolatile and morphotropic beyond-Moore electronic devices requires integration of ferroelectric and semiconductor materials. The emergence of hafnium oxide (Hf O2 )–based ferroelectrics that are compatible with atomic-layer deposition has opened interesting and promising avenues of research. However, the origins of ferroelectricity and pathways to controlling it in Hf O2 are still mysterious. We demonstrate that local helium (He) implantation can activate ferroelectricity in these materials. The possible competing mechanisms, including He ion–induced molar volume changes, vacancy redistribution, vacancy generation, and activation of vacancy mobility, are analyzed. These findings both reveal the origins of ferroelectricity in this system and open pathways for nanoengineered binary ferroelectrics Ultrafast water permeation through nanochannels with a densely fluorous interior surface 内表面致密氟纳米通道可超快渗透水 作者：YOSHIMITSU ITOH, SHUO CHEN, RYOTA HIRAHARA, TAKESHI KONDA, TSUBASA AOKI, TAKUMI UEDA, ET AL. 链接： https://www.science.org/doi/10.1126/science.abd0966 摘要： 水通道蛋白的疏水性内表面促进了水在其中的超快渗透。聚四氟乙烯有着致密的氟面，因此具有很强的防水性。 研究组报道了一系列内径为0.9-1.9纳米的含氟低聚酰胺纳米环。这些纳米环在磷脂双层膜中进行超分子聚合，形成含氟纳米通道，其内壁被氟原子密集覆盖。直径最小的纳米通道的水渗透通量比水通道蛋白和碳纳米管的水渗透通量大两个数量级。 该研究所提出的纳米通道具有可忽略的氯离子（C l- ）渗透性，这是由静电负氟内表面提供的强大静电屏障造成的。因此，这种纳米通道有望在脱盐过程中显示出近乎完美的阻盐。 Abstract： Ultrafast water permeation in aquaporins is promoted by their hydrophobic interior surface. Polytetrafluoroethylene has a dense fluorine surface, leading to its strong water repellence. We report a series of fluorous oligoamide nanorings with interior diameters ranging from 0.9 to 1.9 nanometers. These nanorings undergo supramolecular polymerization in phospholipid bilayer membranes to form fluorous nanochannels, the interior walls of which are densely covered with fluorine atoms. The nanochannel with the smallest diameter exhibits a water permeation flux that is two orders of magnitude greater than those of aquaporins and carbon nanotubes. The proposed nanochannel exhibits negligible chloride ion (C l- ) permeability caused by a powerful electrostatic barrier provided by the electrostatically negative fluorous interior surface. Thus, this nanochannel is expected to show nearly perfect salt reflectance for desalination. 化学 Chemistry Scalable processing for realizing 21.7%-efficient all-perovskite tandem solar modules 可扩展处理实现21.7%效率的全钙钛矿串联太阳能模块 作者：KE XIAO, YEN-HUNG LIN, MEI ZHANG, ROBERT D. J. OLIVER, XI WANG, ZHOU LIU, ET AL. 链接： https://www.science.org/doi/10.1126/science.abn7696 摘要： 将全钙钛矿串联太阳能电池作为模块而非单结结构来制造面临诸多挑战，包括生长高质量的宽禁带钙钛矿，以及减缓互连触点处卤化物和金属互扩散造成的不可逆退化。 研究组展示了使用可扩展制造技术制备高效全钙钛矿串联太阳能模块。通过系统调节无甲基铵1.8eV混合卤化物钙钛矿的铯比，他们提升了大面积刀片涂层薄膜的结晶均匀性。 研究组在互连的子电池间引入导电共形“扩散势垒”，以提高全钙钛矿串联太阳能模块的功率转换效率（PCE）和稳定性。 该串联模块获得了21.7%的认证PCE，孔径面积为20 c m2 ，在模拟1-太阳光照下连续运行500小时后仍保持75%的初始效率。 Abstract： Challenges in fabricating all-perovskite tandem solar cells as modules rather than as single-junction configurations include growing high-quality wide-bandgap perovskites and mitigating irreversible degradation caused by halide and metal interdiffusion at the interconnecting contacts. We demonstrate efficient all-perovskite tandem solar modules using scalable fabrication techniques. By systematically tuning the cesium ratio of a methylammonium-free 1.8–electron volt mixed-halide perovskite, we improve the homogeneity of crystallization for blade-coated films over large areas. An electrically conductive conformal “diffusion barrier” is introduced between interconnecting subcells to improve the power conversion efficiency (PCE) and stability of all-perovskite tandem solar modules. Our tandem modules achieve a certified PCE of 21.7% with an aperture area of 20 square centimeters and retain 75% of their initial efficiency after 500 hours of continuous operation under simulated 1-sun illumination. 地球科学 Earth Science High-resolution mapping of losses and gains of Earth"s tidal wetlands 全球潮汐湿地消长的高分辨率绘图 作者：NICHOLAS J. MURRAY, THOMAS A. WORTHINGTON, PETE BUNTING, STEPHANIE DUCE, VALERIE HAGGER, CATHERINE E. LOVELOCK, ET AL. 链接： https://www.science.org/doi/10.1126/science.abm9583 摘要： 人们预期潮汐湿地会对全球环境变化做出动态响应，但湿地损失在多大程度上被湿地增加所抵消仍不清楚。 研究组对卫星数据进行了全球分析，以同时监测1999-2019年间三种高度互联的潮间生态系统类型——潮滩、潮沼和红树林的变化。 在全球范围内，13700 k m2 的潮汐湿地已经消失，但被9700 k m2 的湿地增加所抵消后，最终20年间净缩减4000 k m2 。 研究组发现，这些损失和增长中有27%与直接人类活动有关，例如转向农业和恢复失去的湿地。所有其他变化都归因于间接驱动因素，包括沿海过程和气候变化的影响。 Abstract： Tidal wetlands are expected to respond dynamically to global environmental change, but the extent to which wetland losses have been offset by gains remains poorly understood. We developed a global analysis of satellite data to simultaneously monitor change in three highly interconnected intertidal ecosystem types—tidal flats, tidal marshes, and mangroves—from 1999 to 2019. Globally, 13,700 square kilometers of tidal wetlands have been lost, but these have been substantially offset by gains of 9700 k m2 , leading to a net change of 4000 k m2 over two decades. We found that 27% of these losses and gains were associated with direct human activities such as conversion to agriculture and restoration of lost wetlands. All other changes were attributed to indirect drivers, including the effects of coastal processes and climate change.

EVA材料的MSDS报告可以LX

编译 | 未玖 Science , 06 AUGUST 2021, VOL 373, ISSUE 6555 《科学》 2021年8月6日，第373卷，6555期 物理学 Physics Quantum-enhanced sensing of displacements and electric fields with two-dimensional trapped-ion crystals 二维捕获离子晶体对位移和电场的量子增强传感 作者：Kevin A. Gilmore, Matthew Affolter, Robert J. Lewis-Swan, Diego Barberena, Elena Jordan, Ana Maria Rey. 链接： https://science.sciencemag.org/content/373/6555/673 摘要 完全可控的超冷原子系统正在为量子传感创造机会，但通过利用纠缠展示有价值应用中的量子优势仍然是一项具有挑战性的任务。 研究组实现了一个多体量子增强传感器，使用约150个捕获离子的晶体来探测位移和电场。晶体的质心振动模式作为高Q机械振荡器，集体电子自旋作为测量装置。 通过纠缠振荡器和集体自旋，并通过多体回波控制相干动力学，位移被映射为自旋旋转，同时避免了量子反作用和热噪声。 研究组实现了低于标准量子极限8.8 0.4分贝的位移灵敏度，以及在1秒内测量240 10纳伏/米的电场灵敏度。适当改进后应该能够利用捕获离子来寻找暗物质。 Abstract Fully controllable ultracold atomic systems are creating opportunities for quantum sensing, yet demonstrating a quantum advantage in useful applications by harnessing entanglement remains a challenging task. Here, we realize a many-body quantum-enhanced sensor to detect displacements and electric fields using a crystal of ~150 trapped ions. The center-of-mass vibrational mode of the crystal serves as a high-Q mechanical oscillator, and the collective electronic spin serves as the measurement device. By entangling the oscillator and collective spin and controlling the coherent dynamics via a many-body echo, a displacement is mapped into a spin rotation while avoiding quantum back-action and thermal noise. We achieve a sensitivity to displacements of 8.8 0.4 decibels below the standard quantum limit and a sensitivity for measuring electric fields of 240 10 nanovolts per meter in 1 second. Feasible improvements should enable the use of trapped ions in searches for dark matter. Modeling of emergent memory and voltage spiking in ionic transport through angstrom-scale slits 埃级别狭缝离子输运中的新兴记忆和电压尖峰模型 作者：Paul Robin, Nikita Kavokine, Lydéric Bocquet. 链接： https://science.sciencemag.org/content/373/6555/687 摘要 纳米流体学的最新进展使水能够限制在单个分子层内。这种单分子层电解质有望通过离子传输的分子控制实现生物激发功能。然而，人们对这些体系中的离子动力学的了解仍然很少。 研究组发展了一个由分子动力学模拟支持的分析理论，该理论预测了离子输运在准二维狭缝中的强非线性效应。 研究组发现，在电场作用下，离子聚集成细长的团簇，其缓慢的动力学行为导致滞后传导。这种现象被称为忆阻效应，可以用来构建基本神经元。 作为概念证明，研究组对两个纳米流体狭缝进行了分子模拟，重现了霍奇金-赫胥黎模型，并观察了具有神经形态活动特征的电压尖峰自发发射。 Abstract Recent advances in nanofluidics have enabled the confinement of water down to a single molecular layer. Such monolayer electrolytes show promise in achieving bioinspired functionalities through molecular control of ion transport. However, the understanding of ion dynamics in these systems is still scarce. Here, we develop an analytical theory, backed up by molecular dynamics simulations, that predicts strongly nonlinear effects in ion transport across quasi–two-dimensional slits. We show that under an electric field, ions assemble into elongated clusters, whose slow dynamics result in hysteretic conduction. This phenomenon, known as the memristor effect, can be harnessed to build an elementary neuron. As a proof of concept, we carry out molecular simulations of two nanofluidic slits that reproduce the Hodgkin-Huxley model and observe spontaneous emission of voltage spikes characteristic of neuromorphic activity. 材料科学 Materials Science Suppressing atomic diffusion with the Schwarz crystal structure in supersaturated Al–Mg alloys 施瓦茨晶体结构抑制过饱和铝镁合金中的原子扩散 作者：W. Xu, B. Zhang, X. Y. Li, K. Lu. 链接： https://science.sciencemag.org/content/373/6555/683 摘要 金属中的高原子扩散率可通过调整扩散过程实现其结构和性能的可调性，但这会导致其定制性能在高温下不稳定。通过制造单晶或大量合金化消除扩散界面有助于解决这一问题，但不会抑制高同系温度下的原子扩散。 研究组发现施瓦茨晶体结构在具有极细晶粒的过饱和铝镁合金中可有效抑制原子扩散。通过形成这些稳定的结构，纳米晶粒中扩散控制的金属间化合物析出及其粗化被抑制到平衡熔化温度，在此温度附近，表观跨边界扩散率降低了约七个数量级。 利用施瓦茨晶体结构开发先进的高温应用工程合金意义重大。 Abstract High atomic diffusivity in metals enables substantial tuneability of their structure and properties by tailoring the diffusional processes, but this causes their customized properties to be unstable at elevated temperatures. Eliminating diffusive interfaces by fabricating single crystals or heavily alloying helps to address this issue but does not inhibit atomic diffusion at high homologous temperatures. We discovered that the Schwarz crystal structure was effective at suppressing atomic diffusion in a supersaturated aluminum–magnesium alloy with extremely fine grains. By forming these stable structures, diffusion-controlled intermetallic precipitation from the nanosized grains and their coarsening were inhibited up to the equilibrium melting temperature, around which the apparent across-boundary diffusivity was reduced by about seven orders of magnitude. Developing advanced engineering alloys using the Schwarz crystal structure may lead to useful properties for high-temperature applications. Hierarchical-morphology metafabric for scalable passive daytime radiative cooling 被动日间辐射冷却的形态分级超材料织物 作者：Shaoning Zeng, Sijie Pian, Minyu Su, Zhuning Wang, Maoqi Wu, Xinhang Liu, et al. 链接： https://science.sciencemag.org/content/373/6555/692 摘要 将被动辐射冷却结构融入个人热管理技术可有效保护人类免受日益加剧的全球气候变化影响。 研究组发现，由于整个超材料织物中随机分散的散射体的形态分级设计，大规模编织的超材料织物可在大气窗口中具有94.5%的高发射率，在太阳光谱中具有92.4%的高反射率。 通过可扩展的工业纺织品制造路线，研究组的超材料织物在保持高辐射冷却能力的同时，展现出了商业服装理想的机械强度、防水性和透气性。实际应用测试表明，这种超材料织物覆盖的人体温度可比商用棉织物覆盖的人体温度低约4.8 。 超材料织物的成本效益和高性能为智能服装、智能纺织品和被动辐射冷却应用提供了巨大优势。 Abstract Incorporating passive radiative cooling structures into personal thermal management technologies could effectively defend humans against intensifying global climate change. We show that large-scale woven metafabrics can provide high emissivity (94.5%) in the atmospheric window and high reflectivity (92.4%) in the solar spectrum because of the hierarchical-morphology design of the randomly dispersed scatterers throughout the metafabric. Through scalable industrial textile manufacturing routes, our metafabrics exhibit desirable mechanical strength, waterproofness, and breathability for commercial clothing while maintaining efficient radiative cooling ability. Practical application tests demonstrated that a human body covered by our metafabric could be cooled ~4.8 C lower than one covered by commercial cotton fabric. The cost-effectiveness and high performance of our metafabrics present substantial advantages for intelligent garments, smart textiles, and passive radiative cooling applications. Semiconductor quantum dots: Technological progress and future challenges 半导体量子点：技术进步与未来挑战 作者：F. Pelayo García de Arquer, Dmitri V. Talapin, Victor I. Klimov, Yasuhiko Arakawa, Manfred Bayer, Edward H. Sargent. 链接： https://science.sciencemag.org/content/373/6555/eaaz8541 摘要 在量子限域的半导体纳米结构中，电子表现出与块状固体不同的行为。这使得设计具有可调化学、物理、电学和光学特性的材料成为可能。 零维半导体量子点（QD）在可见光和红外波长范围内具有较强的光吸收和明亮的窄带发射，并已被设计用于显示器件光学增益和激光。这些特性对成像、太阳能采集、显示和通信都很有意义。 研究组详述了量子点纳米材料的合成和机理进展，重点介绍了胶体量子点，并讨论了它们在显示与照明、激光、传感、电子、太阳能转换、光催化和量子信息等技术方面的前景。 Abstract In quantum-confined semiconductor nanostructures, electrons exhibit distinctive behavior compared with that in bulk solids. This enables the design of materials with tunable chemical, physical, electrical, and optical properties. Zero-dimensional semiconductor quantum dots (QDs) offer strong light absorption and bright narrowband emission across the visible and infrared wavelengths and have been engineered to exhibit optical gain and lasing. These properties are of interest for imaging, solar energy harvesting, displays, and communications. Here, we offer an overview of advances in the synthesis and understanding of QD nanomaterials, with a focus on colloidal QDs, and discuss their prospects in technologies such as displays and lighting, lasers, sensing, electronics, solar energy conversion, photocatalysis, and quantum information. 化学 Chemistry Watching a hydroperoxyalkyl radical (u2022QOOH) dissociate 观察氢过氧烷基自由基（u2022QOOH）离解 作者：Anne S. Hansen, Trisha Bhagde, Kevin B. Moore III, Daniel R. Moberg, Ahren W. Jasper, Yuri Georgievskii, et al. 链接： https://science.sciencemag.org/content/373/6555/679 摘要 通过红外指纹图谱，研究人员可直接观察到一种在挥发性有机化合物氧化过程中短暂形成的典型氢过氧烷基自由基（u2022QOOH）中间体，可能量依赖性单分子衰变为羟基自由基和环醚产物。 在宽能量范围内，u2022QOOH单分子离解率直接时域测量的结果，与使用最先进的过渡态势垒区电子结构表征的理论预测结果一致。 大量重原子隧穿增强了单分子衰变，包括沿反应途径的O-O延伸和C-C-O角收缩。主方程模型对u2022QOOH中间体的压力依赖性热单分子离解率进行了全面的先验预测（重原子隧穿再次增加了该离解率），这是大气化学和燃烧化学全球模型所需的。 Abstract A prototypical hydroperoxyalkyl radical (u2022QOOH) intermediate, transiently formed in the oxidation of volatile organic compounds, was directly observed through its infrared fingerprint and energy-dependent unimolecular decay to hydroxyl radical and cyclic ether products. Direct time-domain measurements of u2022QOOH unimolecular dissociation rates over a wide range of energies were found to be in accord with those predicted theoretically using state-of-the-art electronic structure characterizations of the transition state barrier region. Unimolecular decay was enhanced by substantial heavy-atom tunneling involving O-O elongation and C-C-O angle contraction along the reaction pathway. Master equation modeling yielded a fully a priori prediction of the pressure-dependent thermal unimolecular dissociation rates for the u2022QOOH intermediate—again increased by heavy-atom tunneling—which are required for global models of atmospheric and combustion chemistry.

期刊名 nanotechnology 出版周期: 周刊 中科院杂志分区 工程：综合分类下的 2 区期刊 近4年影响因子:2013年度 2012年度 2011年度 2010年度 3.672 3.842 3.979 3.644 出版社或管理机构 杂志由 IOP PUBLISHING LTD 出版或管理。 ISSN号：0957-4484 杂志简介/稿件收录要求 In response to the growth in research in the area and the extension of nanotechnology across traditional academic fields the journal will be changing its scope from January 2002. The new scope will strongly reflect the interdisciplinary aspect of nanoscale science and technology with the aim of becoming the primary source of information in this ever expanding field. In the meantime we invite authors who work at the forefront of nanoscale science and technology, and especially those in interdisciplinary areas, to submit their papers to the journal. Present subject coverage. Papers are expected to be original experimental or theoretical research or to be an original synthesis or analysis of subjects related to nanotechnology. Here, nanotechnology is taken to include all those technologies and enabling technologies associated with either the "top-down" approach to fabricating miniature elements by sculpting the desired structure from a macroscopic piece of material, as well as the "bottom-up" approach of building the desired structure atom by atom or molecule by molecule. Typical appropriate topics include, but are not limited to: engineering fabrication involving atomic level machining and metrology involving dimension, size and tolerances less than the wavelength of light and down to values of at largest 0.2 nm, but preferably to x-ray levels and beyond; performance of micromechanisms such as microactuators to subnanometre and molecular levels; the design of instruments and machine tools capable of measuring, performing and manufacturing to nanometre levels; the application of nanometre level instruments such as scanning tunnelling microscopes and atomic force microscopes to biology, medicine and materials science; miniaturization of electronic, mechanical and optical components, and their fabrication with such methods as ion-beam removal and deposition, molecular-beam epitaxy and electron-beam and photon-beam lithography; fabrication and use of field-emission vacuum microelectronic devices; nanoelectronics including nanometre scale semiconductor structures and their potential electronic device applications; molecular engineering--either molecular scale components or new molecular materials exhibiting unique electronic, mechanical or optical properties; nanoprecision instrumentation, e.g., x-ray multilayer thin-film fabrication and associated surface processing.

The Statue of Liberty Out of all of America"s symbols, none has proved more enduring or evocative than the Statue of Liberty. This giant figure, torch in hand and clutching a stone tablet, has for a century acted as a figurehead for the American Dream; indeed there is probably no more immediately recognizable profile in existence. It"s worth remembering that the statue is - for Americans at least - a potent reminder that the USA is a land of immigrants: it was New York Harbor where the first big waves of European immigrants arrived, their ships entering through the Verrazano Narrows to round the bend of the bay and catch a first glimpse of "Liberty Enlightening the World" - an end of their journey into the unknown, and the symbolic beginning of a new life. These days, although only the very wealthy can afford to arrive here by sea, and a would-be immigrant"s first (and possibly last) view of the States is more likely to be the customs check at JFK Airport, Liberty remains a stirring sight, with Emma Lazarus"s poem, The New Colossus, written originally to raise funds for the statue"s base, no less quotable than when it was written…… Here at our sea-washed, sunset gates shall stand A mighty woman with a torch, whose flame Is the imprisoned lightning, and her name Mother of Exiles. From her beacon-hand Glows world-wide welcome; her mild eyes command The air-bridged harbor that twin cities frame. "Keep ancient lands, your storied pomp!" cries she With silent lips."Give me your tired, your poor, Your huddled masses yearning to breathe free, The wretched refuse to your teeming shore. Send these, the homeless, tempest-tost to me, I lift my lamp beside the golden door." The statue, which depicts Liberty throwing off her shackles and holding a beacon to light the world, was the creation of the French sculptor Frédéric Auguste Bartholdi, who crafted it a hundred years after the American Revolution in recognition of solidarity between the French and American people (though it"s fair to add that Bartholdi originally intended the statue for Alexandria in Egypt). Bartholdi built Liberty in Paris between 1874 and 1884, starting with a terracotta model and enlarging it through four successive versions to its present size, a construction of thin copper sheets bolted together and supported by an iron framework designed by Gustave Eiffel. The arm carrying the torch was exhibited in Madison Square Park for seven years, but the whole statue wasn"t officially accepted on behalf of the American people until 1884, after which it was taken apart, crated up and shipped to New York. It was to be another two years before it could be properly unveiled: money had to be collected to fund the construction of the base, and for some reason Americans were unwilling - or unable - to dip into their pockets. Only through the campaigning efforts of newspaper magnate Joseph Pulitzer, a keen supporter of the statue, did it all come together in the end. Richard Morris Hunt built a pedestal around the existing star-shaped Fort Wood, and Liberty was formally dedicated by President Cleveland on October 28, 1886, in a flag-waving shindig that has never really stopped. The statue was closed for a few years in the mid-1980s for extensive renovation and, in 1986, fifteen million people descended on Manhattan for the statue"s centennial celebrations. Today you can climb steps up to the crown, but the cramped stairway though the torch sadly remains closed to the public. Don"t be surprised if there"s an hour-long wait to ascend. Even if there is, Liberty Park"s views of the lower Manhattan skyline, the twin towers of the World Trade Center lording it over the jutting teeth of New York"s financial quarter, are spectacular enough.

A Life Full of Riches I. Vocabulary 1. Fill in the gaps with words or phrases1) abrupt 2) emotional 3) bless 4) wear and tear 5) dated 6) consequences 7) seemingly 8) in contrast to 9) Curiosity 10) genuine 11) primarily 12) sentiments 2. Rewrite each sentence1) confronted with more than one problem, try to solve the easiest one first 2) vital to the existence of all forms of life 3) some confusion among the students about what to do after class to follow up on the subject 4) nothing more than a job and an apartment to be happy 5) tickled him to think that sheu2019d come to ask his advice 3. Complete the sentences 1) a lingering, fabricating, sentiments 2) fill out, every item, vital, consequences 3) be denied, tangible, cherish, attain II. Words with Multiple Meanings 1. It is a long trip and will take us five hours by bus. 2. She arrived early and took a front row seat. 3. Donu2019t take me for a fool. 4. It takes a lot of imagination to fabricate such a story. 5. My uncle will take me (alone on his trip) to the Arctic this summer. 6. He took the dinner plate I passed to him. 7. Kevin took second prize in the weight-lifting competition. 8. If you donu2019t take my advice, you will regret it. III. Usage 1. hanging 2. to give 3. to return 4. being praised 5. not having 6. to say 7. to open 8. being helped Comprehensive Exercises I. Cloze 1. Text-related 1) well-off/affluent 2) dated 3) falling into 4) bracket 5) deny 6) tangible 7) pursuit 8) cherishes 9) out of place 10) abrupt 11) focus 12) donations 2. Theme-related 1) consume 2) fueled 3) annual 4) plain 5) physically 6) security 7) indicates 8) equally 9) traditional 10) follows II. Translation 1. Translate the Sentences 1) The company denied that its donations had a commercial purpose. 2) Whenever he was angry, he would begin to stammer slightly. 3) Education is the most cherished tradition in our family. Thatu2019s why my parents never took me to dinner at expensive restaurants, but sent me to the best private school. 4) Shortly after he recovered from the surgery, he lost his job and thus had to go through another difficult phase of his life. 5) In contrast to our affluent neighbors, my parents are rather poor, but they have always tried hard to meet our minimal needs. 2. Translate the passage With more and more donations coming in, our university will be much better off financially next year. We will thus be able to focus on the most important task that we, educators, must take on: to encourage students to attain their scholarly/academic goals, to train them to be dependable and responsible individuals, to prepare them for the life ahead, and to guide them in their pursuit of spiritual as well as material satisfaction.

REFEREED JOURNAL PUBLICATIONS20051． Sheng-Li Chen, Ke-Qi Xu, and Peng Dong，Preparation of Three-Dimensionally Ordered Inorganic/Organic Bi-Continuous Composite Proton Conducting Membranes，Chemistry of Materials, 2005，17 （24），pp 5880 – 5883。2． Sheng-Li Chen, Jay B. Benziger, Andrew B. Bocarsly, and Tao Zhang， Photo-Cross-Linking of Sulfonated Styrene-Ethylene-Butylene Copolymer Membranes for Fuel Cells，Ind. Eng. Chem. Res.; 2005; 44(20) pp 7701 – 7705。3． Sheng-Li Chen, A.B. Bocarsly, J. Benziger， Nafion Layered Sulfonated Polysulfone Fuel Cell Membranes， Journal of Power Sources, 2005, 151, 2，27~33.7. Liu RX, Dong P, Shen-Li Chen， Monodisperse SiO2/TiO2 core-shell colloidal spheres: Synthesis and ordered self-assembling. Chemistry Letters, 34 (4), 548-549 APR 5 2005.8. 王小冬，董鹏，陈胜利，翟文嵩，乳液种子生长法制备亚微米单分散聚苯乙烯微球，中国粉体技术，2005，11卷（专辑）, P14-18.9. 董鹏, 陈胜利, 王晓冬, 袁桂梅,纳米/亚微米级粒度标准物质的研究, 中国粉体技术, 2005，11卷（专辑）P.5-9. (Chinese)。10. 张胜振，董鹏，张毓莹，陈胜利，“TiO2/SiO2催化剂的1－己烯异构化性能研究”，石油与天然气化工，2005，34（1），3－7(Chinese)。20041. 仪桂云，董鹏，王晓冬，刘丽霞，陈胜利，“三维有序大孔聚苯乙烯底制备及表征”，物理学报，2004年，53（10），3311～3315。(Chinese)2. P. Dong, Q. Zhou, L. Liu, X. Wang, R. Liu, S-L Chen, B. Cheng, “Progress in the Ordered self-assemblies of monodisperse colloidal spheres and their application”, Chinese Journal of Process Engineering, 2004, Vol.4 Suppl. 359-365. (Chinese)3. Sheng-Li Chen, L. Krishnan, S. Srinivasan, J. Benziger, A.B. Bocarsly, “Ion exchange resin/polystyrene sulfonate composite membranes for PEM fuel cells"", Journal of Membrane Science, 2004, 243, 327–333.4. X-S Chai, Q.X. Hou, J.Y. Zhu, Sheng-Li Chen, S.F. Wang and L. Lucia, “Carboxyl Groups in Wood fibers: Part I. Determination of Carboxyl Groups by Headspace Gas Chromatography”, Ind. Eng. Chem. Res. 2003, 42, 5440-54445. Sheng-Li Chen, and Lucian Lucia, “New insights into the fundamental nature of lignocellulosic fiber surface charge”, Journal of Colloid & Interface Sci。 2004, 275, 392-397.Before 20041. Sheng-Li Chen, Lucian Lucia, “Improved Method for the Evaluation of Cellulose Degradation”, J. Wood Sci., 2003, 49, 285-288.2. Sheng-Li Chen, Lucian Lucia, “Fundamental Insight into the Mechanism of Oxygen Delignification of Kraft Pulps: II. Application of surfactants”, Cell. Chem. Technol. 2002, 5-64, 495-505.3. Sheng-Li Chen, Lucian Lucia, “Fundamental Insight into the Mechanism of Oxygen Delignification of Kraft Pulps: I. The Influence of a Novel Carbonhydrate Protective System ”, Cell. Chem. Technol. 2002, 3-4, 339-351.4. 劳力华，陈胜利，“合成温度对VPO催化剂比表面的影响”， 工业催化，2002，10（1），51-54. (Chinese)5. 劳力华，陈胜利，”VPO-U型催化剂用于正戊烷氧化生产苯酐和顺酐的研究”，山东化工，2001，30，20-24. (Chinese)6. Chen Sheng-Li; Shao Han-Cheng, “A New Route to Prepare VPO Catalyst for the Selective Oxidation of Pentane”, Chinese Journal of Catalyst, 1999, 20(5), 553-5567. Chen Sheng-Li, Dong Peng, et al.,“TEM Examination and mechanism of the Formation of Monosize Colloidal Silica Spheres”, Wuji Cailiao Xuebao (J. of Inorganic Materials)，1998, Vol.13 (3), 368-374(Chinese).8. Chen Sheng-Li, “Preparation of monosize silica spheres and their crystalline stack”, Colloidal and Surface, 1998, 142(1), 59-63.9. Niu Gen-Lin, Chen Sheng-Li, et al. “Preliminary Study on Selective Oxidation of Pentane to Phthalic and Maleic Anhydrides”, Petroleum Processing and Petrochemicals, 1998, 29(7), 7-9(Chinese).10. Chen Sheng-Li, Dong Peng, et al. The Size-dependence of the Growth Rate of the Monosize Silica Particles, J. Colloid & Interface Sci., 1997, 189, 2, 268-272.11. Chen Sheng-Li, Dong Peng, et al., The Kinetics of Formation of Monodisperse Colloidal Silica Particles through the Hydrolysis and Condensation of Tetraethyl-orthosilicate, Ind. Eng. Chem. Res. 1996, 35(12), 4487~4493.12. Chen Sheng-Li, Dong Peng, et al., Characteristic Aspects of Formation of New Particles during the Growth of Monosize Silica Seeds , J. Colloid & Interface Sci., 1996, 180(1), 237-241.13. Chen Sheng-Li, Dong Peng, et al., “ Chemical State of Carbon in Monodisperse Silica Spheres Prepared from Alkoxysilanes”, Wuli Huaxue Xuebao (Acta Physco-chimica), 1995, Vol.11(7), 646-649 (Chinese)14. Chen Sheng-Li, Jia Sheng-Sheng, et al., “ Mild Cracking Solvent Deasphalting: a New Method for Upgrading Petroleum Residue”, Fuel, 1994, V.73(3), 439-442.15. Chen Sheng-Li, “Simple Method for Solving Batch Crystallizer Model”, Shiyou Daxue Xuebao (J. of University of Petroleum, China), 1994, 18(2), 81-85 (Chinese).16. Chen Sheng-Li, Jia Sheng-Sheng, et al., “Supercritical Solvent Deasphalting Process for Residual Oil”, Lianyou Sheji (Petroleum Refinery Engineering), 1993, 23(4), 17-21(Chinese).17. Chen Sheng-Li, “Energy Consumption of Supercritical Solvent Deasphalting Process for Residual Oil”, Qilu Shiyou Huagong (Qilu Petrochemical Technology), 1993, 21(3), 196-198 (Chinese).18. Chen Sheng-Li, Jia Sheng-Sheng, “Review on the Heavy Oil Processing, IV. Non-Catalytic Hydroprocessing and Other Processes”, Youqi Jiagong (Oil and Gas Processing) 1992, No.3, 16-23 (Chinese)19. Chen Sheng-Li, Jia Sheng-Sheng, “Review on the Heavy Oil Processing, III. Catalytic Hydroprocessing”, Youqi Jiagong (Oil and Gas Processing) 1992, No.2, 23-30 (Chinese)20. Chen Sheng-Li, Jia Sheng-Sheng, “Review on the Heavy Oil Processing, II. Thermal Cracking Process”, Youqi Jiagong (Oil and Gas Processing) 1992, No.1, 15-22 (Chinese)21. Chen Sheng-Li, Jia Sheng-Sheng “Review on the Heavy Oil Processing, I. Characteristics, Desalting and Deasphalting Process”, Youqi Jiagong (Oil and Gas Processing) 1991, No.2, 7-13 (Chinese)22. Jia Sheng-Sheng, Chen Sheng-Li, et al., “Upgrading of Shanjiasi Heavy Crude Oil by Supercritical Solvent Deasphalting”, Shiyou Lianzhi (Petroleum Processing), 1991,No.3, 52-59 (Chinese)23. Jia Sheng-Sheng, Chen Sheng-Li, et al., “Deasphalting of Residue though Countercurrent Extraction with Supercritical Fluid”, Qilu Shiyou Huagong (Qilu Petrochemical Technology), 1991, 19(2), 102-105 (Chinese)24. Chen Sheng-Li, etal., “Study on Preparation of Primary Aliphatic Bromides from Alfa-Olefines”, Shiyou Daxue XueBao (J. of University of Petroleum, China), 1989,13(3), 70-75 (Chinese)OTHER PUBLICATIONS1. Sheng-Li Chen, Peng Dong, Qian Zhou, GuimeiYuan, “Progress in preparation and application of particle-based photonic crystals and macropore catalysts”. 40th IUPAC, 5-O-031. August 14-19, 20052. Dong Peng, Chen Sheng-Li, Qi Yanping, Wang Dajun, Xu Chunming, Catalysts with Novel Pore Structure Prepared through Hard Template Technique, 9th China National Conference on Chemical Technology, Beijing, China, April 18-20, 2005, P.725－728.3. Sheng-Li Chen, L. Krishnan, J. Benziger, A.B. Bocarsly, Cation Exchange Resin/ Sulfonated Poly (Styrene-ethylene-butylene) Composite Membranes for PEM Fuel Cells, 9th China National Conference on Chemical Technology, Beijing, China, April 18-20, 2005, P1575-1584.4. Sheng-Li Chen, Xu KQ, Dong P , “Three dimensionally ordered inorganic/organic composite proton exchange membranes for fuel cells”.Abstract of papers of the ACS 229: U749-U749 642-Coll., Part 1 Mar.13, 2005.5. Qi YP, Dong P, Sheng-Li Chen, Baojian Shen. “Primary study on macro porous FCC catalysts prepared using the nano polystyrene particles as template”. Abstract of papers of the ACS 229: U871-U871 130- Fuel, Part 1 Mar.13, 2005.6. Liu RX, Dong P, Sheng-Li Chen, “Fabricating TiO2/SiO2 3D ordered colloidal crystal by gravity sedimentation self-assembling”, Abstracts of Papers of the ACS 229: U663-U663 209-Coll Part 1, Mar. 13 2005.7. Zhou Q, Dong P, Chen SL, “Study on the preparation of TiO2 inverse opal through a modified filling process”. Abstracts of Papers of the ACS229: U663-U664 210-Coll Part 1 Mar. 13 2005.8. P. Dong, C. Li, G. Yi, L.Liu, Q. Zhou, X.Wang, R.Xiao, S-L Chen, Progress on the Selfassembling of Colloidal Particles, 10th National Symposium on Colloidal and Interface Chemistry, Sept.12-16, 2004, p177-178. (Chinese).9. Sheng-Li Chen, L. Krishnan, S. Srinivasan, J. Benziger, A.B. Bocarsly, “H+-Exchange Resin/Polystyrene Sulfonate Composite Fuel cell Membrane”, The 36th Middle Atlantic Regional Meeting of the American Chemical Society, June 8-11,2003.10. Chen Sheng-Li, Shao Han-Cheng, “The Synthesis of The VPO Catalysis for Selective Oxidation of n-Pentane”, The 3rd International Symposium on Group Five Elements, Rio de Janeiro, Brazil, March 22-23, 1999.11. Chen Sheng-Li, Shao Han-Cheng, “Study on the Activation Condition of VPO and the Selective Oxidation of n-Pentane to Phthalic and Maleic Anhydrides”, National Meeting of American Chemical Society, the Division of Petroleum Chemistry, Anaheim, CA, March 21-25, 1999.12. Chen Sheng-Li, Shao Han-Cheng et al, “The Investigation on Activation of VPO and Reaction Temperature of Selective Oxidation of Pentane”, Proceedings of the 9th. China National Conference on Chemical Engineering, Aug. 26-30, 1998, Qingdao.(Chinese).13. Chen Sheng-Li, Dong Peng, et al., The Mechanism of Formation of Monodisperse Silica Particles by the Hydrolysis and Condensation of Tetraethylorthosilicate, 36th. IUPAC International Symp. on Macro-molecules. Aug. 4-9, 1996, Seoul, Korea, 6-01-04.14. Chen Sheng-Li, Dong Peng, et al., A Method for Determining Reaction Kinetics of Unstable Intermediates Formed in Series Reactions, Proceedings of 1996 Asian -Pacific Chemical Reaction Engineering Forum, June 26-28, 1996, Beijing, P. R. China, 555-560.15. Chen Sheng-Li, Dong Peng, et al. “ The Kinetics of Hydrolysis and Condensation of Tetraethylothosilicate”, Proceedings of the 7th. China National Conference on Chemical Engineering, Nov.2-5, 1994, Beijing, 1066-1069. (Chinese).PATENTS1． 董鹏，陈胜利，王大军，大孔重油加氢催化剂的合成和应用，中国发明专利，200510089821, 2005年。(Chinese)2． 陈胜利，董鹏，祁彦平，徐克琪，重质油加工大孔催化裂化催化剂合成方法，中国发明专利，200510082624, 2005年。(Chinese)3． 陈胜利，燃料电池多层复合质子膜，中国发明专利，200410098797, 2005年。(Chinese)

dippen的意思是：蘸水笔。dippen的意思是：蘸水笔。dippen的网络解释是蘸水笔：dipinto浏览|dippen蘸水笔|dip浸。dippen的例句是Ageneralapproachforfabricatingmetallicandsemiconductingnanostructureshasbeendevelopedbasedon"dippen"nanolithographycombinedwithelectrochemicalreductionofwatersolublesalts.本文提出了一种基于“沾笔”纳米刻蚀和电化学还原技术在表面上制备金属及半导体纳米结构的普适性方法。Dipyourpen.将你的钢笔蘸一下。Don"tdipmyredpenintotheblackink.别把我的红笔放进黑墨水里。一、网络解释点此查看dippen的详细内容1.蘸水笔：dipinto浏览|dippen蘸水笔|dip浸二、例句Ageneralapproachforfabricatingmetallicandsemiconductingnanostructureshasbeendevelopedbasedon"dippen"nanolithographycombinedwithelectrochemicalreductionofwatersolublesalts.本文提出了一种基于“沾笔”纳米刻蚀和电化学还原技术在表面上制备金属及半导体纳米结构的普适性方法。Dipyourpen.将你的钢笔蘸一下。Don"tdipmyredpenintotheblackink.别把我的红笔放进黑墨水里。dippen的相关临近词Dipo、dip、diplospondyly、dipiproverine、diplodization、diprotrizoate、diprenorphine、dipfinishing、Dipussagitta、Dipterocarpol、dipicrylamine点此查看更多关于dippen的详细信息

⒈博士论文阶段参加“863”计划与国家自然科学基金“复合氧化物纳米材料的制备与性能”研究。制备最小尺寸达到10nm 以下的复合氧化物铁电纳米材料，对材料的制备工艺、结构、物理化学性能进行研究。⒉南京理工大学化工学院做博士后研究工作，承担“六角晶系铁氧体纳米隐身材料的研究”。开发一种新型纳米复合隐身材料。同时，发明了氧化物（TiO2）纳米催化剂，用于高分子材料（双马莱酸）的聚合反应。使聚合反应温度降低，使材料的耐热性明显增强。成果通过江苏省科委的技术鉴定。⒊清华大学材料系做博士后研究，作为骨干主要参加“高性能钛酸钡基X7R MLCC材料的研究” “863”计划的课题。制备出高性能钛酸钡基X7R MLCC材料。已获授权专利一项。制备出X7R402和X7R502两种的片式电容。⒋美国宾夕法尼亚大学（费城）材料科学与工程系做博士后，提出无压烧结技术（两段法）成功制备出氧化钇纳米陶瓷，开拓了制备纳米陶瓷材料的全新方法。论文已在英国“NATURE”上发表（2000年3月）。⒌高性能低温烧结铁氧体片感材料及元件：基于纳米粉无压烧结技术实现了900℃低温烧结，研制出细晶高磁导率NiCuZn铁氧体片感材料（mi ³1000）及甚高频应用的Z型平面六角铁氧体材料。制备出大感量（100mH）片式电感及片式微型平面变压器。获授权发明专利中国三项，日本一项，美国两项。⒍新一代高性能低成本多层陶瓷电容器材料与关键技术（“863”重大项目）：突破了新一代高性能贱金属内电极多层陶瓷电容器（BME-MLCC）薄层化、微型化关键技术，制备纳米BaTiO3通过精细调控陶瓷“芯-壳”结构和无压烧结技术，研制出拥有自主知识产权的、性能指标达到国际领先水平的高性能（X7R和Y5V）BME-MLCC瓷料和军用高介温度稳定型MLCC材料。申请发明专利七项，已获授权专利美国一项，中国一项。⒎信息功能纳米/亚微米晶陶瓷的尺寸效应及控制原理（973项目）：无压烧结制备出纳米/亚微米晶功能陶瓷，研究了铁电、铁氧体等纳米/亚微米晶陶瓷烧结机理和无晶粒生长的动力学临界区域。系统研究了纳米/亚微米晶BaTiO3、NiCuZn铁氧体尺寸效应与结构和性能的变化规律。首次无压烧结制备出99.6%的8nm BaTiO3陶瓷，并实验证明晶粒尺寸小到8nm依然保持铁电性。8．通过电化学方法成功地在金属钛基底上成功制备出氧化钛纳米管阵列薄膜，纳米管阵列面积大、均匀排列、管（孔）径10-100nm、长度达到1.1μm。通过控制不同的退火温度，得到不同晶型的氧化钛单晶纳米管。这种单晶纳米管阵列薄膜具有优异的光催化性能和超亲水性。这种阵列结构独特，具有很大的表面积，在催化、光电子、生物及太阳能电池等许多领域具有很多潜在的应用前景。【论文与专利】：先后发表学术论文近160余篇，其中SCI收录论文100多篇。申请发明专利19项：其中11项已获授权（包括3项美国专利和1项日本专利）。【 代表性学术论文】 :⒈Wang,XH,Chen IW,Sintering of Nanoceramics,Nanomaterials Handbook ， Taylor and Francis Group. FL. USA ， 2006,Jan. chapter 12th,page 359-382.⒉Tian,ZB; Wang,XH; Shu,LK; Wang,T; Song,TH; Gui,ZL; Li,LT，Preparation of Nano BaTiO3-Based Ceramics for Multilayer Ceramic Capacitor Application by Chemical Coating Method，Journal of the American Ceramic Society， 92 ⑷：830-833 20093．Yang,Y; Wang,XH; Sun,CK; Li,LT，Structure study of single crystal BaTiO3 nanotube arrays produced by the hydrothermal method， Nanotechnology， 20 ⑸： Art No. 055709 20094．Yang,Y; Wang,XH; Zhong,CF; Sun,CK; Li,LT，Ferroelectric PbTiO3 nanotube arrays synthesized by hydrothermal method，Applied Physics Letters,92 ⑿： Art No. 122907 2008⒌Wang XH,Deng XY,Wen H,Li,LT,Phase transition and high dielectric constant of bulk dense nanograin barium titanate ceramics,Appl.Phys.Lett .89 ⒃： Art. No. 162902 OCT 16 2006⒍Deng XY,Wang XH,Chen LL,Wen H,Li LT,Observation of ferroelectric domain patterns in nanocrystalline BaTiO 3 ceramics,Appl.Phys.Lett . 89 ⒂： Art. No. 152901 OCT 9 2006⒎Deng XY,Wang XH,Wen H,Chen LL,Chen L,Li LT,Appl.Phys.Lett . 88 （25）： Art. No. 252905 JUN 19 2006⒏Wang,XH ， Deng X Y ， Bai H. L.,Chen,IW,Two-Step Sintering of Ceramics with Constant Grain-Size，Ⅱ. BaTiO 3 and Ni-Cu-Zn Ferrite ， J. Amer. Ceram. Soc.,89 ⑵438-443 ， 2006⒐Wen H,Wang,XH,Chen RZ,and Li LT,Modeling of Dielectric Behaviors Multilayer Ceramic Capacitors under Direct Current Bias Field,J. Amer. Ceram. Soc.,89 ⑵550-556 ， 2006⒑Deng X Y,Wang,XH,Wen H,Kang AG,Gui ZL and Li LT,Phase Transitions in Nanocrystalline Barium Titanate Ceramics Prepared by Spark Plasma Sintering,J. Amer. Ceram. Soc.,89 ⑶1059-1064 ， 2006⒒Zhao JL,Wang,XH,Sun TY,Li LT. In situ- templated synthesis of anatase single crystal nanotube arrays. Nanotechnology,16:2450~2454 ， 2005⒓Zhao,JL; Wang,XH ; Chen,RZ; Li,LT ， Fabrication of titanium oxide nanotube arrays by anodic oxidation ， Solid State Communications,134 ⑽： 705-710 ， JUN 2005⒔Wang,XH ; Li,LT; Su,SY; Gui,ZL ， Novel ferrimagnetic material for fabricating multilayer chip inductors -Low-temperature-sintered Ba 3 Co 2-x Zn x Fe 24 O 41 hexaferrites ， J. Amer. Ceram. Soc.,88 ⑵： 478-480 FEB 2005⒕Wang,XH ; Li,LT; Su,SY; Gui,ZL; Yue,ZX; Zhou,J,Low-temperature sintering and high frequency properties of Cu-modified Co⑵Z hexaferrite,J. Euro. Ceram. Soc,23 ⑸： 715-720 APR 2003⒖Wang,XH and Li,LT et al.,Synthesis of Cu-modified Co 2 Z hexagonal with planar structure by a citrate precursor method,J. Magn . Magr . Mater,234⑵：63-68 ， 2001⒗Chen I-W and Wang,XH,Sintering Dense Nanocrystalline Ceramics without Final-stage Grain Growth,Nature,404,168 ， 2000

在这这句话里用rise是错的

冯琳清华大学化学系副教授本词条是多义词，共24个义项冯琳，清华大学化学系副教授[1]。2003年冯琳毕业于中国科学院化学研究所，获得博士学位；2005年博士论文获得全国优秀博士学位论文奖[2]，2005年进入清华大学化学系任教，先后担任助理研究员、副教授；2014年获得清华大学学术新人奖[3]。冯琳主要从事纳米界面分离材料研究。中文名冯琳国籍中国职业教学科研工作者毕业院校中国科学院化学研究所主要成就2005年全国优秀博士学位论文奖教育背景工作履历研究概况奖励与荣誉学术成果TA说教育背景2000.9—2003.7 中国科学院化学研究所 博士[1]工作履历2003.08 - 2005.07 中国科学院物理研究所 博士后2005.08 - 2005.12 清华大学化学系 助理研究员2006.01 - 至今 清华大学化学系 副教授2008.09 - 2009.09 美国加州大学伯克利分校 访问学者2015.12 - 2016.06 美国加州河滨分校 访问学者[1]研究概况科研项目主持科技部高技术发展中心863计划课题国家自然科学基金面上项目国家自然科学基金青年基金教育部全国优秀博士学位论文作者专项基金参加科技部973纳米重大基础研究计划国家自然科学基金重点项目[1]奖励与荣誉2014年清华大学学术新人奖2014-2016年爱思唯尔中国高被引学者2006年清华大学骨干人才支持计划2005年全国优秀博士学位论文奖2005年首届中国化学会－约翰威立出版公司青年化学论文奖2004年中国化学会青年化学奖2004年中国科学院优秀博士学位论文奖2003年中国科学院院长特别奖[1]学术成果代表性论文1. Qingdng Zhang, Yingze Cao, Na Liu, Weieng Zhang, Yuning Chen, Xin Lin, Yen Wei, Lin Feng* and Lei Jiang. Recycling of PE Glove Waste as Highly Valuable Products for Efficient Separation of Oil-based Contaminants from Water. J. Mater. Chem. A, 2016, 4, 18128-18133.2. Na Liu, Ruixiang Qu, Yuning Chen, Yingze Cao, Weifeng Zhang, Xin Lin, Yen Wei, Lin Feng* and Lei Jiang. In situ dual-functional water purification with simultaneous oil removal and visible light catalysis. Nanoscale, 2016, 8, 18558-18564.3. Xin Lin, Yuning Chen, Na Liu, Yingze Cao, Liangxin Xu, Weifeng Zhang and Lin Feng*, In situ ultrafast separation and purification of oil/water emulsions by superwetting TiO2 nanocluster-based mesh. Nanoscale 2016, 8, 8525-8529.4. Yingze Cao, Na Liu, Weifeng Zhang, and Lin Feng* and Yen Wei. One-Step Coating toward Multifunctional Applications: Oil/Water Mixtures and Emulsions Separation and Contaminants Adsorption. ACS Appl. Mater. Interfaces 2016, 8, 3333-3339.5. Weifeng Zhang, Na Liu, Yingze Cao, Yuning Chen, Qingdong Zhang, Xin Lin, Ruixiang Qu, Haifang Li and Lin Feng*. Polyacrylamide-Polydivinylbenzene Decorated Membrane for Sundry Ionic Stabilized Emulsions Separation via a Facile Solvothermal Method. ACS Appl. Mater. Interfaces, 2016, 8, 21816-21823.6. Na Liu, Yingze Cao, Ruixiang Qu, Weifeng Zhang, Xin Lin, Yuning Chen, Yen Wei and Lin Feng*. One-step reduction and simultaneous decoration on various porous substrates: toward oil filtration from water. RSC Adv., 2016, 6, 86019-86024.7. Qingdong Zhang, Yingze Cao, Na Liu, Weifeng Zhang, Yuning Chen, Xin Lin, Lei Tao, Yen Wei and Lin Feng*, A Facile Approach for Fabricating Dual-Function Membrane: Simultaneously Removing Oil from Water and Adsorbing Water-Soluble Proteins. Adv. Mater. Interf. 2016, 201600291.8. Yuning Chen, Na Liu, Yingze Cao, Xin Lin, Liangxin Xu, Weifeng Zhang, Yen Wei, Lin Feng*, Fabrication of Silica Nanospheres Coated Membranes: towards the Effective Separation of Oil-in-Water Emulsion in Extremely Acidic and Concentrated Salty Environments. Sci. Rep. 2016, 6, 32540-32547.9. Weifeng Zhang, Na Liu, Yingze Cao, Yuning Chen, Liangxin Xu, Xin Lin, Lin Feng*, A Solvothermal Route Decorated on Different Substrates: Controllable Separation of an Oil/Water Mixture to a Stabilized Nanoscale Emulsion. Adv. Mater. 2015, 27, 7349-7355.10. Liangxin Xu, Yuning Chen, Na Liu, Weifeng Zhang, Yang Yang, Yingze Cao, Xin Lin, Yen Wei, Lin Feng*, Breathing Demulsification: A Three-Dimensional (3D) Free-Standing Superhydrophilic Sponge. ACS Appl. Mater. Interfaces 2015. 7, 22264-22271.11. Xin Lin, Fei Lu, Yuning Chen, Na Liu, Yingze Cao, Liangxin Xu, Weifeng Zhang, Lin Feng*, Electricity-Induced Switchable Wettability and Controllable Water Permeation Based on 3D Copper Foam. Chem. Commun. 2015, 51, 16237-16240.12. Na Liu, Miao Zhang, Weifeng Zhang, Yingze Cao, Yuning Chen, Xin Lin, Liangxin Xu, Chun Li, Lin Feng*, Yen Wei, Ultralight Free-Standing Reduced Graphene Oxide Membranes for Oil-in-Water Emulsion Separation. J. Mater. Chem. A 2015, 3, 20113-20117.13. Xin Lin, Fei Lu, Yuning Chen, Na Liu, Yingze Cao, Liangxin Xu, Yen Wei, Lin Feng*, One-Step Breaking and Separating Emulsion by Tungsten Oxide Coated Mesh. ACS Appl. Mater. Interfaces 2015, 7, 8108-8113.14. Na Liu, Xin Lin, Weifeng Zhang, Yingze Cao, Yuning Chen, Lin Feng*, Yen Wei, Sci. Rep. 2015, 5, 9688-9693.15. Yuning Chen, Xin Lin, Yingze Cao, Fei Lu, Liangxin Xu, Lin Feng*, Magnetically Recoverable Efficient Demulsifier for Water-In-Oil Emulsions. ChemPhysChem, 2015, 16, 595-600.16. Junbin Fan, Yongyang Song, Shutao Wang, Jingxin Meng, Gao yang, Xinglin Guo, Lin Feng*, Lei Jiang*, Directly Coating Hydrogel on Filter Paper for Effective Oil–Water Separation in Highly Acidic, Alkaline, and Salty Environment, Adv. Funct. Mater. 2015, 5368-5375.17. Yingze Cao, Yuning Chen, Na Liu, Xin Lin, Lin Feng*, Yen Wei, Mussel-inspired chemistry and St？ber method for highly stabilized water-in-oil emulsions separation. J. Mater. Chem. A 2014, 2, 20439-20443.18. Liangxin Xu, Na Liu, Yingze Cao, Yuning Chen, Xiaoyong Zhang, Lin Feng*, Yen Wei, Mercury Ion Responsive Wettability and Oil/Water Separation. ACS Appl. Mater. Interfaces 2014, 6, 13324-13329.19. Na Liu, Yingze Cao, Xin Lin, Yuning Chen, Lin Feng*, Yen Wei, A facile solvent-manipulated mesh for reversible oil/water separation. ACS Appl. Mater. Interfaces 2014, 6, 12821-12826.20. Chunai Dai, Na Liu, Yingze Cao, Yuning Chen, Fei Lu, Lin Feng*, Fast formation of superhydrophobic octadecylphosphonic acid (ODPA) coating for self-cleaning and oil/water separation. Soft Matter, 2014, 10, 8116-8121.21. Zhongxin Xue, Yingze Cao, Na Liu, Lin Feng*, Lei Jiang, Special wettable materials for oil/water separation. J. Mater. Chem. A 2014, 2, 2445-2460.22. Yingze Cao, Na Liu, Changkui Fu, kan Li, Lei Tao, Lin Feng*, Yen Wei, Thermo and pH Dual-Responsive Materials for Controllable Oil/Water Separation. ACS Appl. Mater. Interfaces. 2014, 6, 2026-2030.23. Yuning Chen, Zhongxin Xue, Na Liu, Fei Lu, Yingze Cao, Zhongxue Sun, Lin Feng*, Fabrication of a silica gel coated quartz fiber mesh for oil-water separation under strong acidic and concentrated salt conditions. RSC Adv. 2014, 6, 11447-11450.24. Weifeng Zhang, Yingze Cao, Na Liu, Yuning Chen and Lin Feng*. A novel solution-controlled hydrogel coated mesh for oil/water separation based on monolayer electrostatic self-assembly. RSC Adv., 2014, 4, 51404-51410.25. Fei Lu, Yuning Chen, Na Liu, Yingze Cao, Liangxin Xu, Yen Wei, Lin Feng*, A fast and convenient cellulose hydrogel-coated colander for high-efficiency oil-water separation. RSC Adv. 2014, 4, 32544-32548.26. Changrui Gao, Zhongxue Sun, Kan Li, Yuning Chen, Yingze Cao, Shiyan Zhang, Lin Feng*, Integrated oil separation and water purification by a double-layer TiO2-based mesh. Energy Environ. Sci. 2013, 6, 1147-1151.27. Yingze Cao, Xiaoyong Zhang, Lei Tao, Kan Li, Zhongxin Xue, Lin Feng*, Yen Wei*, Mussel-inspired chemistry and Michael addition reaction for efficient oil/water separation. ACS Appl. Mater. Interfaces 2013, 5, 4438-4442.28. Na Liu, Yuning Chen, Fei Lu, Yingze Cao, Zhongxin Xue, Kan Li, Lin Feng*, Yen Wei*, Straightforward oxidation of a copper substrate produces an underwater superoleophobic mesh for oil/water separation. ChemPhysChem, 2013, 14, 3489-3494.29. Zhongxin Xue, Zhongxue Sun, Yingze Cao, Yuning Chen, Lei Tao, Kan Li, Lin Feng*, Qiang Fu, Yen Wei, Superoleophilic and superhydrophobic biodegradable material with porous structures for oil absorption and oil-water separation. RSC Adv. 2013, 3, 23432-23437.30. Shiyan Zhang, Fei Lu, Lei Tao, Na Liu, Changrui Gao, Lin Feng*, Yen Wei, Bio-inspired anti-oil-fouling chitosan-coated mesh for oil/water separation suitable for broad pH range and hyper-saline environments. ACS Appl. Mater. Interfaces 2013, 5, 11971-11976.31. Zhongxin Xue, Shutao Wang, Ling Lin, Chen Li, Mingjie Liu, Lin Feng*, Lei Jiang*, A Novel Superhydrophilic and Underwater Superoleophobic Hydrogel-Coated Mesh for Oil/Water Separation. Adv. Mater. 2011, 23, 4270-4273.32. Lin Feng, Dat Tien Hoang, Chia-Kuang Tsung, Wenyu Huang, Sylvia Hsiao-Yun Lo, Jennifer B. Wood, Hungta Wang, Jinyao Tang, Peidong Yang*, Catalytic properties of Pt cluster-decorated CeO2 nanostructures. Nano Res. 2011, 4, 61-71.33. Lin Feng*, Yanan Zhang, Mingzhu Li, Yongmei Zheng, Weizhi Shen, Lei Jiang. The Structural Color of Red Rose Petals and Their Duplicates. Langmuir 2010, 26, 14885-14889.34. Lin Feng*, Yanan Zhang, Jinming Xi, Ying Zhu, Nü Wang, Fan Xia, Lei Jiang*, Petal Effect: A Superhydrophobic State with High Adhesive Force. Langmuir 2008, 24, 4114-4119.35. Meihua Jin, Xinjian Feng, Lin Feng*, Taolei Sun, Jin Zhai, Tiejin Li and Lei Jiang*, Super-hydrophobic Aligned Polystyrene Nanotubes Film with High Adhesive Force. Adv. Mater. 2005, 17, 1977-1981.36. Lin Feng*, Zhongyi Zhang, Zhenhong Mai, Yongmei Ma, Biqian Liu, Lei Jiang*, Daoben Zhu, A Super-hydrophobic and Super-oileophilic Coating Mesh Film for the Separation of Oil and Water. Angew. Chem. Int. Ed. 2004, 43, 2012-2014.37. Lin Feng, Zhenglong Yang, Jin Zhai, Yanlin Song, Biqian Liu, Yongmei Ma, Zhenzhong Yang, Lei Jiang, Daoben Zhu, Super-hydrophobicity of Nanostructured Carbon Films in a Wide Range of pH Values. Angew. Chem. Int. Ed. 2003, 42, 4217-4220.38. Lin Feng, Yanlin Song, Jin Zhai, Jian Xu, Lei Jiang, Daoben Zhu, Creation of a Super-hydrophobic Surface from an Amphiphilic Polymer. Angew. Chem. Int. Ed. 2003, 42, 800-802.39. Lin Feng, Shuhong Li, Huanjun Li, Jin Zhai, Yanlin Song, Lei Jiang, Daoben Zhu, Super-hydrophobic Surface of Aligned Polyacrylonitrile Nanofibers. Angew. Chem. Int. Ed. 2002, 41, 1221-1223.40. Lin Feng, Shuhong Li, Yingshun Li, Huanjun Li, Lingjuan Zhang, Jin Zhai, Yanlin Song, Biqian Liu, Lei Jiang, Daoben Zhu, Super-hydrophobic Surfaces: From Natural to Artificial. Adv. Mater. 2002, 14, 1857-1860.[

1994年3月于日本东北大学药学部药品物理化学专业获得药学博士学位。现任南开大学特聘教授，博士生导师。个人学习和工作经历：1980.09－1984.07 南开大学化学系物理化学专业，获得理学学士学位；1988.04－1994.03 日本东北大学药学部药品物理化学专业，获得药学硕士、药学博士学位；1996.03－2001.04 日本东北大学药学研究科任教并完成在职博士后研究，成为东北大学药学部创建以来第一位外籍教员；2001.05－ 至今 任教于南开大学生命科学学院，并创建生物传感器实验室。兼任生物活性材料教育部重点实验室副主任，建立了新型诊断材料领域，开展了分子间相互作用和分子识别的新型分析技术、中药作用机理及方剂配伍规律研究新方法的构建，功能微生物及其在环保、农业中的应用等跨学科的研究。目前的主要研究方向：生物电分析化学、生物医学传感技术、中药药理及药物分析研究成果：在纳米新材料光电化学技术、高性能纳米结构固定化酶电极制备技术、分子间相互作用和分子识别的新型分析技术、中药作用机理及方剂配伍规律研究新方法的构建等方向取得了显著成果。在国内外核心刊物发表论文80余篇，其中40余篇被SCI、EI收录，已授权专利6项，申请中专利1项。主持和分担了国家自然科学基金、“863”计划、教育部、天津市等科研项目十余项，研究成果获1997年日本文部省奖励研究A和2005年度天津市自然科学二等奖（编号2005ZR-2-011-R1）。研究生培养：获2006年度南开大学“敬业”奖教金一等奖。指导博士研究生中有两名分别于2005、2006年获得“南开十杰”称号，所指导研究生多次获得“南开大学优秀硕士毕业论文”及“南开大学优秀毕业生”奖励。为研究生开设三门课程：“物理化学在生命体系中的应用”（硕士生）、 “生物电化学”（ 博士生）、“生物传感器的原理与技术” （ 博士生）。硕士生、博士生招生专业：生物化学与分子生物学、动物学代表性文章目录：1.Zixia Zhao, Mingqiang Qiao, Feng Yin, Bin Shao, Baoyan Wu, Yanyan Wang, Xinsheng Wang, Xia Qin, Sha Li, Lei Yu, Qiang Chen. Amperometric glucose biosensor based on self-assembly hydrophobin with high efficiency of enzyme utilization. Biosensors & Bioelectronics, 2007,22:3021-3027 (SCI, IF 5.061)2.Baoyan Wu, Shihua Hou，Feng Yin, Zixia Zhao, Yanyan Wang, Xinsheng Wang, Qiang Chen. Amperometric glucose biosensor based on multilayer films via layer-by-layer self-assembly of multi-wall carbon nanotubes, gold nanoparticles and glucose oxidase on the Pt electrode. Biosensors &Bioelectronics,2007,22:2854-2860 (SCI, IF 5.061)3.Baoyan Wu, Shihua Hou, Feng Yin, Jing Li, Zixia Zhao, Jiadong Huang, Qiang Chen. Amperometric Glucose Biosensor Based on Layer-by-layer Assembly of Multilayer Films Composed of Chitosan, Gold Nanoparticals and Glucose Oxidase Modefied Pt Electrode. Biosensors &Bioelectronics,2007,22:838-844 (SCI, IF 5.061)4.Haibin Shi, Yu Yang, Jiadong Huang, Zixia Zhao, Xinhua Xu, Jun-ichi Anzai, Tetsuo Osa, Qiang Chen. Amperometric Choline Biosensors Prepared by Layer-by-layer Deposition of Choline Oxidase on the Prussian Blue-Modified Platinum Electrode. Talanta,2006,70:852-858(SCI, IF 3.374)5.WU Bao-Yan, LI Jing, HUANG Jia-Dong, Wang Yanyan, Yin Huijun, Chen Keji, CHEN Qiang. Real time kinetic analysis of the interaction between interleukin-1α and soluble interleukin-1 receptor using a resonant mirror biosensor. Analytica Chimica Acta, 2006, 557: 106-110(SCI, IF 3.186)主要学术论文韩松岩, 刘东波, 黄亮, 王深琪, 刘清平, 陈强. Monitoring adsorption in situ and kinetic studies of low-density lipoprotein onto cholesterol modified dextran using qua. CHEMICAL JOURNAL OF CHINESE UNIVERSITIES-CHINESE 26-6-1166. 2005-1-1李静,黄加栋,吴宝艳,陈强. Effects of propyl gallate on interaction between TNF-alpha and sTNFR-I using an affinity biosensor. ACTA PHARMACOLOGICA SINICA 26-10-1212. 2005-1-1史海滨，赵紫霞,宋昭,黄加栋,杨钰,陈强. Fabricating of acetylcholine biosensor by a layer-by-layer deposition technique for determining trichlorfon. ELECTROANALYSIS 17-14-1285. 2005-1-1陈强, 韩君, 史海滨,吴宝艳, 许鑫华. Use of Chitosan for developing layer-by-layer multilayer thin films containing glucose oxidase for biosensor applications. Sensor Letters v 2-n 2-p 102-105. 2005-1-1史海滨, 宋昭, 黄加栋,杨钰,赵紫霞, 陈强. Effects of the type of polycation in the coating films prepared by a layer-by-layer deposition technique on the properties of amperometric choline sensors. Sensors and Actuators, B: Chemical v 109-n 2-p 341-347. 2005-1-1史海滨, 宋昭, 黄加栋,杨钰,赵紫霞, 陈强. Effects of the type of polycation on the amperometric response of choline biosensors prepared by a layer-by-layer deposition technique. Materials Science and Engineering C v 25-n 4-p 433-435. 2005-1-1吴宝艳, 许鑫华, 史海滨, 韩松岩,宋岩、 黄亮, 陈强. Effect of cellulose acetate diffusion restricting membrane on the glucose biosensor. Tianjin Daxue Xuebao (Ziran Kexue yu Gongcheng Jishu Ban)/Journal of Tianjin University Science and Technology v 38-n 6-p 513-517. 2005-1-1尹峰;赵紫霞; 吴宝艳;王新胜; 王艳艳;陈强. Glucose biosensor based on layer-by-layer assembly of multi-walled carbon nanotubes and polyallylamine. CHINESE JOURNAL OF ANALYTICAL CHEMISTRY 35-7-1021-1024. 2007-1-1刘强; 许鑫华;张春怀; 陈强. Electrochemical deposition of composite films composed of polyaniline and chitosan for biosensor applications. SENSOR LETTERS 5-2-459-462. 2007-1-1赵紫霞; 乔明强; 尹峰; 邵兵; 吴宝艳; 王艳艳; 王新胜; 秦霞; 李莎; 于雷; 陈强. Amperometric glucose biosensor based on self-assembly hydrophobin with high efficiency of enzyme utilization. BIOSENSORS & BIOELECTRONICS 22-12-3021-3027. 2007-1-1吴宝艳;侯识华; 尹峰; 赵紫霞; 王艳艳; 王新胜; 陈强. Amperometric glucose biosensor based on multilayer films via layer-by-layer self-assembly of multi-wall carbon nanotubes, gold nanoparticles and glucose oxidase on the Pt electrode. BIOSENSORS & BIOELECTRONICS 22-12-2854-2860. 2007-1-1刘东波; 贺秉军;韩松岩; 王申奇; 刘清平; Jun-ichi, A; Osa, T; 陈强. An adsorption behavior of low-density lipoprotein onto cholesterol-modified dextran studied by a quartz crystal microbalance. MATERIALS SCIENCE & ENGINEERING C-BIOMIMETIC AND SUPRAMOLECULAR SYSTEMS 27-4-665-669. 2007-1-1黄加栋; 宋昭; 李静; 杨钰; 史海滨; 吴宝艳; Anzai, JI; Osa, T; 陈强. A highly-sensitive L-lactate blosensor based on sol-gel film combined with multi-walled carbon nanotubes (MWCNTs) modified electrode. MATERIALS SCIENCE & ENGINEERING C-BIOMIMETIC AND SUPRAMOLECULAR SYSTEMS 27-1-29-34. 2007-1-1吴宝艳; 侯识华; 尹峰; 李静; 赵紫霞; 黄加栋; 陈强. Amperometric glucose biosensor based on layer-by-layer assembly of multilayer films composed of chitosan, gold nanoparticles and glucose oxidase modified Pt electrode. BIOSENSORS & BIOELECTRONICS 22-6-838-844. 2007-1-1宋昭; 黄加栋; 史海滨; 吴宝艳; 赵紫霞;陈强. Highly sensitive choline biosensor based on nanotube modified pt electrode combined with sol-gel immobilization. CHINESE JOURNAL OF ANALYTICAL CHEMISTRY 34-7-910-914. 2007-1-1Li, J; Huang, JD; Wu, BY; Song, Z; Chen, Q. Optical biosensor analysis in studying propyl gallate binding to endothelin-1. SENSOR LETTERS 3-4-296. 2006-1-1Chen, Q; Huang, JD; Yin, HJ; Chen, KJ; Osa, T. The applications of affinity biosensors: IAsys biosensor and quartz crystal microbalance to the study on interaction between Paeoniae radix 801 and endothelin-1. SENSORS AND ACTUATORS B-CHEMICAL 115-1-116. 2006-1-1Huang, JD; Yang, Y; Shi, HB; Song, Z; Zhao, ZX; Anzai, J; Osa, T; Chen, Q. Multi-walled carbon nanotubes-based glucose biosensor prepared by a layer-by-layer technique. MATERIALS SCIENCE & ENGINEERING C-BIOMIMETIC AND SUPRAMOLECULAR SYSTEMS 26-1-113. 2006-1-1Song, Z; Huang, JD; Wu, BY; Shi, HB; Anzai, JI; Chen, Q. Amperometric aqueous sol-gel biosensor for low-potential stable choline detection at multi-wall carbon nanotube modified platinum electrode. SENSORS AND ACTUATORS B-CHEMICAL 115-2-626. 2006-1-1Shi, H; Yang, Y; Huang, JD; Zhao, ZX; Xu, XH; Anzai, J; Osa, T; Chen, Q. Amperometric choline biosensors prepared by layer-by-layer deposition of choline oxidase on the Prussian blue-modified platinum electrode. TALANTA 70-4-852. 2006-1-1Wu, BY; Wang, YY; Li, J; Song, Z; Huang, JD; Wang, XS; Chen, Q. An optical biosensor for kinetic analysis of soluble Interleukin-1 receptor I binding to immobilized Interleukin-1 alpha. TALANTA 70-3-485. 2006-1-1Xu, XH; Ren, GL; Cheng, J; Liu, Q; Li, DG; Chen, Q. Layer by layer self-assembly immobilization of glucose oxidase onto chitosan-graft-polyaniline polymers. JOURNAL OF MATERIALS SCIENCE 41-10-3147. 2006-1-1Wu, Bao-Yan; Li, Jing; Huang, Jia-Dong; Wang, Yan-Yan; Yin, Hui-Jun; Chen, Ke-Ji; Chen, Qiang. Real time kinetic analysis of the interaction between interleukin-1α and soluble interleukin-1 receptor I using a resonant mirror biosensor. Analytica Chimica Acta v 557-n 1-2-p 106-110. 2006-1-1Wu, Baoyan; Li, Jing; Shi, Haibin; Huang, Jiadong; Anzai, Junichi; Osa, Tetsuo; Chen, Qiang. Ferrocene-mediated anti-interfering glucose biosensor based on glutin and cellulose acetate. High Technology Letters v 12-n 3-p 263-266. 2006-1-1Yanyan Wang, Xinsheng Wang, Baoyan Wu, Zixia Zhao, Feng Yin, Sha Li, Xia Qin, Qiang Chen. Dispersion of single-walled carbon nanotubes in poly(diallyldimethylammonium chloride) for prepara. Sensors and Actuators B李莎 王艳艳 赵紫霞 秦霞 王新胜 吴宝艳 陈强. 基于纳米材料、聚电解质制备高性能乙醇生物传感器. 分析化学 36-2-227-230. 2008-2-1秦霞　王艳艳　赵紫霞　王新胜　李莎　于敏　黄楠　苗智颖　陈强. 层层自组装制备基于多壁碳纳米管的胆碱生物传感器. 分析化学 36-6-827-830. 2008-6-1Bao-Yan Wu, Shi-Hua Hou, Liang Huang, Feng Yin, Zi-Xia Zhao, Jun-Ichi Anzai, Qiang Chen. Oriented immobilization of immunoglobulin G onto the cuvette surface of the resonant mirror biosenso. Materials Science and Engineering C 28-7-1065-1069. 2008-8-1Jiadong Huang, Jing Li, Yu Yang, Xinsheng Wang, Baoyan Wu, Qiang Chen. Development of an amperometric L-lactate biosensor based on L-lactate oxidase immobilized through silica sol-gel film on multi-walled carbon nanotubes/platinum nanoparticle modified glassy carbon electrode. Materials Science and Engineering C 28-7-1070-1075. 2008-8-1Bao-Yan Wu, Shi-Hua Hou, Min Yu, Xia Qin, Sha Li, Qiang Chen. Layer-by-layer assemblies of chitosan/multi-wall carbon nanotubes and glucose oxidase for amperometric glucose biosensor applications. Materials Science and Engineering C 29-1-346-349. 2009-1-1于敏，王会才，秦 霞，王新胜，昊宝艳，陈 强. 纳米银/半胱氨酸修饰葡萄糖生物传感器的研究. 传感器与微系统 27-10-24-26. 2008-10-1Xia Qin, Huicai Wang, Xinsheng Wang, Sha Li, Zhiying Miao, Nan Huang, Qiang Chen. Amperometriccholinebiosensorsbased on multi-wallcarbonnanotubes and layer-by-layer assembly of multilayer films composed of Poly(diallyldimethylammonium chloride) and choline oxidase . Materials Science and Engineering: CZi-Xia Zhao, Hui-CaiWang, Xia Qin, Xin-ShengWang, Ming-Qiang Qiao, Jun-ichi Anzaib, Qiang Chen. Self-assembled film of hydrophobins on gold surface and its application to electrochemical biosensing. Colloids and Surfaces B: BiointerfacesWei Zhao, Huicai Wang, Xia Qin, Xinsheng Wang, Zixia Zhao, Zhiying Miao, Lili Chen, Miaomiao Shan, Yuxin Fang, Qiang Chen. A novel nonenzymatic hydrogen peroxide sensor based on multi-wall carbon nanotube/silver nanoparticle nanohybrids modified gold electrode. TalantaHuicaiWang, XinshengWang, Xiaoqing Zhang, Xia Qin, Zixia Zhao, Zhiying Miao, Nan Huang, Qiang Chen. A novel glucose biosensor based on the immobilization of glucose oxidase onto gold nanoparticles-modified Pb nanowires. Biosensors and BioelectronicsSha Li, Yanyan Wang, Zixia Zhao, Xia Qin, Xinsheng Wang, Min Yu, Zhiying Miao, Baoyan Wu, Qiang Chen. Amperometric Ethanol Biosensor Based on Layer-by-Layer Deposition of Alcohol Oxidase on the Platinum. Sensor lettersXia Qin, Huicai Wang, Xinsheng Wang, Zhiying Miao, Lili Chen, Wei Zhao, Miaomiao Shan, Qiang Chen. Amperometric biosensors based on gold nanoparticles-decorated multiwalled carbon nanotubes poly(diallyldimethylammonium chloride) biocomposite for the determination of choline. Sensors and Actuators B陈丽丽, 王会才, 秦霞, 王新胜, 赵紫霞, 苗智颖, 赵薇, 单苗苗, 陈强. 层层自组装技术制备PDDA-多壁碳纳米管-胆碱生物传感器. 分析化学Zixia Zhao, Qiang Chen, Jun-ichi ANZAI. Horseradish peroxidase microcapsules based on layer-by-layer polyelectrolyte deposition. Journal of Environmental Sciences 21- supplement 1-Yanyan Wang, Qiang Chen, Xiangqun Zeng. Potentiometric biosensor for studying hydroquinone cytotoxicity in vitro. Biosensors and Bioelectronics

End键位于编辑键区，具体位置如图：拓展资料：End键作用：编辑文本时，若光标不在最后，按下END键，光标会定位到最后面。如果是一篇文档，按CTRL+END，光标会定位到文档的最后。在表格中，按下END键可以打开或关闭结束模式，按Ctrl+End可以将选中单元格移动到输入过数据矩形范围最后的单元格。在表格中，按Ctrl+Shift+End可以选中单元格到所在数据最后的范围选中。

力帆KPT200冷车发动机启动困难,呛油可以需要多喷油冷车启动时发动机温度低，汽油挥发性比热车时差，为了保证良好的启动能力就需要多喷油，这样就能有更多的汽油蒸发形成足够点燃的混合气。

存货周转率（即存货周转率次数）有两种不同计价基础的计算方式。1、成本基础的存货周转次数=营业成本/存货平均余额=销货成本以成本为基础的存货周转率，即一定时期内企业销货成本与存货平均余额间的比率，它反映企业流动资产的流动性，主要用于流动性分析。2、收入基础的存货周转次数=营业收入/存货平均余额，其中：存货平均余额=（期初存货+期末存货）/2以收入为基础的存货周转率，即一定时期内企业营业收入与存货平均余额间的比率，主要用于获利能力分析。扩展资料：特点在流动资产中，存货所占比重较大，存货的流动性将直接影响企业的流动比率。因此，必须特别重视对存货的分析。存货流动性的分析一般通过存货周转率来进行。存货周转率反映了企业销售效率和存货使用效率。在正常情况下，如果企业经营顺利，存货周转率越高，说明企业存货周转得越快，企业的销售能力越强。营运资金占用在存货上的金额也会越少。存货周转率的变动主要是“主营业务成本”与“存货”金额变动引起，所以在上市公司年报审计当中可以通过存货周转率反映其与“计价和分摊”有关的认定。

i fall in love with you

Last night, my mother and I went to the supermarket to buy things, when approaching the supermarket I saw an old uncle in selling grass rot, called my mother to buy me a cup of grass rot, I thirst anxious, and immediately picked up the cup with relish drink up, drink less thirty-four, I feel a little mouth all must be made.Later, I heard my mother say to know, this grass rot both refreshing thirst can also detoxify, and this grass to eat rotten taste good, I listened to my mother introduced me to grass rot, while in the supermarket in search of grass to do rot raw materials, and take a long time did not find the grass rot raw materials, so I asked: "Mom is not our supermarket wrong?" Mother said: "! absolutely nothing wrong, surely this supermarket," I ran to ask ask the salesman, he took us to a place to sell milk, I asked the salesman: "Auntie, grass rotten milk will not be doing it?" the salesman smiled at me and said: "Of course not, something rotten grass grass juice frozen juice made out to do, and when the grass has since become frozen juice jelly. "Then to find a place that sell jelly jelly and black sesame paste together, while doing with grass jelly just rot He is black, called the black jelly black jelly and black sesame paste together, is simply no different, very bright salesman eyes with one hand to pick out the black jelly I have some of what you see above Usage: Just put every edible 4-5 tablespoons, add some water, but also to add some peppermint

出厂不带三箱。KPT150所搭载的这台力帆小排量“王牌”机型绝非善类——水冷，高压缩比，大功率，NRF4气门结构对性能的提升是显著的，功率达13KW，扭矩达14.5N·m，150mL的排量，200mL的动力。一挡的最低稳定转速为1100r/min左右（速度5km/h），8000r/min时的速度约为35km/h；二挡的最低稳定转速为1200r/min左右（速度8km/h），8000r/min时的速度约为45km/h；三挡的最低稳定转速为1400r/min左右（速度14km/h），8000r/min时的速度约为65km/h；四挡的最低稳定转速为1600r/min左右（速度18km/h），8000r/min时的速度约为85km/h；五挡的最低稳定转速为1800r/min左右（速度22km/h），8000r/min时的速度约为95km/h；六挡的最低稳定转速为2000r/min左右（速度26km/h），8000r/min时的速度约为100km/h。

poster不是手抄报，poster意思是：海报。重点词汇：poster英［＇pu0259u028astu0259（r）］释义：n.海报，招贴画；大幅装饰画；发帖人，跟帖人。v.张贴海报。【名】（Poster）（英）波斯特（人名）。［复数：posters；第三人称单数：posters；现在分词：postering；过去式：postered；过去分词：postered］短语：film poster电影海报。例句：用作名词（n）The lettering on the poster is very eye-catching.海报上的字体非常醒目。The poster only stayed up a few hours before it was stolen.那张海报贴上去没几个小时就让人给偷走了。

如在高温季节或发动机严重磨损的状况下，选用高黏度的机油则有利于形成油膜，减少发动机磨损。1.全合成机油:全合成机油有更好的高低温性能，有更长的换油周期以及适合更恶劣的用车情况，适合豪华高性能车使用，10000-12000公里左右更换。2.半合成机油:半合成机油的更换周期一般是在8000-10000公里左右，价格与性能适中。3.矿物机油:这类型机油一般在5000公里左右就需要更换。尽量选择多级油，多级油由于节省、寿命长、高效，对发动机有较好的保护作用。基于多级油的特性，在使用过程中可能会出现过早发黑、机油压力较普通机油小的现象，均系正常。1.机油，即发动机润滑油，能对发动机起到润滑减磨、辅助冷却降温、密封防漏、防锈防蚀、减震缓冲等作用。被誉为汽车的血液。2.机油由基础油和添加剂两部分组成。基础油是润滑油的基本性质，添加剂则可弥补和改善基础油性能方面的不足，赋予某些新的性能，是润滑油的重要组成部分。3.机油中的5W-40、5W-30等表示的是机油的粘度等级。冬天的意思。W前面的数字越小，其低温黏度越小，低温流动性越好，提高了对中国市场的重视程度，将中国市气温越低的黏度，数字越大表明机油黏度越大。其后面的数字主要指的是机油耐高温性的指标，在高温下的保护性能越好。

6. I (watched ) TV last night.　　7. They (planted ) some trees last year.　　8. We always (have) lunch at school.　　9. Tom (likes ) Chinese food.　　10. Listen, Nancy (is laughing ) in the dining-room.　　11. They (have stayed ) in London for 3 days last year.　　12. (Did )you (have) a good rest last night.　　13. He (had ) a fever yesterday, but now he (feels )better.　　14. Mr. Brown (taught) us English last term.　　15. Miss Li (teaches) us English now.　　16. I (was ) a student in 1976.　　17. He (cleaned ) our classroom yesterday.　　18. My mother ( is ) a worker.　　19. They (will / are going to do) their homework in the classroom now.　　20. Milan (plays ) the piano every evening.　　填空I　　1. -What (did) Su Hai ( do ) last Sunday? She (went ) for a walk.　　2. -Did you go (swimming ) last Saturday? -No. We (watched ) a film.　　3. -What ( does ) Wang Bing usually ( do ) after school? 　　 -He usually (goes ) home and (teaches ) his little brother.　　4. - (Is ) Miss Li in the teachers" office now? -No. She"s (taking ) photos.　　5. -What"s the weather like? -It"s( rainy ) . It has a lot of ( rain ) here. 　　6. ( There is ) some water in the glass. ( There are ) a lot of people in the garden. a teacher and some students in the classroom. (there be)　　7. Helen (likes ) (draw ing ) horses. She is (drawing ) in the study now.　　8. I ( have ) two pens. You (have ) three pens. Our teacher ( has ) four, Ben and Liu Lu ( have ) twelve. 　　9. I (made ) a cake yesterday. She (flew) a kite last Sunday.　　10. My sister ( goes ) to the supermarket every Sunday. Tomorrow she is ( going ) to the supermarket with me. 　　11. Yesterday (was ) my birthday, we (had ) a birthday party in my home, I (got) many presents from my friends.　　12. We ( don"t ) have any masks. Yang Ling ( doesn"t) have any, too. 　　13. My rubber (was ) in the desk just now, but it ( is ) in my pocket now. 　　14. -Do you jump (farther ) than my friend ? -No, I jumps as (far) as your friend.　　15. The ( beautiful ) butterfly flies (beautifully )　　16. He (goes) (jogging ) every day. I want to (go) (jogging ) with him in the playground .　　17. Sandy has lots of CDs. She (listens ) to music every day .　　18. Sam wants (to buy) a lot of things .　　19. Look , my father ( is playing ) basketball with his friends. He is a good basketball . 　　20. Let (me ) have a look . Oh, it isn"t (my ) ruler, I think this ruler is　　 (his), give it to (him ).加油！不明白再问！如果帮到你，请采纳，谢谢！

50颗白色的五角星，代表美国50个州！ 美国国旗通常被称为”星条旗”,因为它是由13条红白相间的条纹和50颗白色五角星组成的.它不仅象征着行政区域的划分,而且记载着美国领土的扩张历史.1775年,当北美大西洋沿岸13个英国殖民地的人民发动反对英国殖民统治的独立战争开始时,没有统一的祺帜,1775年12月,根据大陆会议一个委员会的建议,采用了大合众国旗,以13道红白相间的条纹为旗.左上角饰以英国的”米字旗”. 1776年7月四日美利坚合众国成立,次年6月14日,大陆会议正式通过决议,确定美国国旗的形式是:旗底为红白相间的13道条纹,左上角镶一兰色长方形,上面缀着13颗白色五角星,条纹和白色都代表当时争取独立的13个英国殖民地..1783年独立战争结束后,英国宣布放弃密西西比河以东的其它领土,使其并入美国版图.此后随着资本主义的发展,美国统治阶级采取强行购买,恫吓威胁,武装颠覆和发动战争等手段,不断地进行领土扩张.1803年美国趁着英法争夺海上霸权和法国侵略军在海地惨败之机,用1500万美元购买了法国的殖民地路易斯安那.第二次独立战争(1812-----1814)结束后,美国转向西部开拓,侵占印第安人的大片领土.到1817年密西西比加入联邦时,美国国旗上的红白条纹已增加到20道,星星达20颗. 1818年4月4日,国会通过一项法案规定:国旗上的条纹为13道,代表发动独立战争并取得胜利的13个殖民地,白星随州的增加而增加.1818年美国向英国购买了位于今北达科他州的一部分领土.1819年又从西班牙手中购得早已被美国占领的佛罗里达,1836年它先策动原属墨西哥的得克萨斯省独立,随后于1845年-----1850年吞并得克萨斯,成为美国的第28个州.1846----1848年的侵墨战争,又迫使墨西哥”出售”其领土的一半,包括现在的加利福尼亚州,亚利双那州,内华达州,犹他州,科罗拉多州和新墨西哥州的一部分.1846年以前英美争夺的领土,今华盛顿州和俄勒冈州, 自1846年并入美国.1853年又从墨西哥手中夺取今墨西哥州南部的大片土地.19世纪中叶,美国侵略扩张的矛头从美洲大陆指向海外.1867年,美国用720万美元从沙皇俄国手中购买了阿拉斯加和阿留申群岛.1898年又吞并了太平洋上的夏威夷群岛. 阿拉斯加和夏威夷群岛长期作为美国的属地.1959年为海外州.直此,美国国旗上的白星已增加到50颗,领土面积也从独立时的330万平方公里扩大到936万平方公里.

存货周转率多少合适呢，我们又该如何计算存货周转率才是最正确的呢，以下文章的内容分析了存货周转率多少合适的问题，帮助您更好的解决存货周转率。让存货周转率多少合适不再成为困扰公司和企业的难题。存货周转率一般多少比较正常？一般来讲，存货周转速度越快，存货占用水平越低，流动性越强，存货转化为现金或应收帐款的速度就越快，这样会增强企业的短期偿债能力及获利能力。存货周转率（inventoryturnoverratio）又叫做销售存货比率（saleSToinventoryratio）。 存货周转率公式： 存货周转率＝销售成本／存货 该指标反映了上市公司货物周转效率,资金使用效率。 一个公司为了销售连续性需要有一定的存货，但是存货太多，其现金应用效率不高。存货是流动资产的一部分，存货太高，速动比率可能下降，公司短期偿债能力下降。存货增加可能有不同原因，例如销售下降，存货积压；公司提高存货来保证销售增加时的需求。 存货周转率多少合适？ 根据公司性质不同，存货周转率可以有很大区别。 存货周转率可作为同行业不同公司之间的横向比较，也可用于同一公司不同时期的纵向比较。当发现存货周转率下降时，就要看公司年度报告，找出造成存货积压的原因。 用于查看存货情况的相关指标：存货销售比率（inventorytosalesratio）。 存货销售比率＝存货／销售成本一般批发企业的库存周转率多少合适存货周转率＝主营业务成本／平均库存，平均库存＝（期初库存+期末库存）／2。财务上的这种算法是在一定的假设基上计算出来的结算才是准确，这个假设就是企业每日的库存余量相差不大的情况下。如果企业每日的库存余量相差大的情况下，这种方法计算出的结果往往同实际有很大的差别，按照这个公式就没有办法计算存货周转率，针对这种情况，如果必须计算这个指标的话，我建议你这做：假如你的计算期间是一个月，你可以用日均存货余额来替代平均库存，日均存货余额等于当月每日的库存余额累加后除以当月天数。存货周转率正常范围 一般来讲，存货周转速度越快，存货占用水平越低，流动性越强，存货转化为现金或应收帐款的速度就越快，这样会增强企业的短期偿债能力及获利能力。 存货周转率（inventory turnover）是衡量和评价企业购入存货、投入生产、销售收回等各环节管理状况的综合性指标。它是销货成本被平均存货所除而得到的比率，或叫存货的周转次数，用时间表示的存货周转率就是存货周转天数。其计算公式如下： 存货周转率（次数）=销货成本/平均存货余额 其中：平均存货余额 =（期初存货+期末存货）÷2 存货周转天数=360/存货周转次数 存货周转率指标的好坏反映企业存货管理水平的高低，它影响到企业的短期偿债能力，是整个企业管理的一项重要内容。一般来讲，存货周转速度越快，存货的占用水平越低，流动性越强，存货转换为现金或应收账款的速度越快。因此，提高存货周转率可以提高企业的变现能力。

超市管理

存货周转率，是衡量和评价企业购入存货、投入生产、销售回收等各环节管理状况的指标，它是销售成本与存货平均余额之比，也叫存货周转次数。用时间表示的存货周转率就是存货周转天数。 计算公式如下： （1）存货周转率＝销售成本÷存货平均余额 （2）存货周转天数＝360÷存货周转率 说明：存货平均余额＝(存活期初余额＋存货期末余额)÷2 一般来说，存货周转速度越快，存货的占用水平越低，流动性越强，存货转换为现金或应收账款的速度越快，表明企业存货管理越有效率。提高存货周转率可以提高企业的变现能力。不过，存货平均余额低，说明销售的多，存货就少了，并不表明销售很少的货物。【百练会计】山师校区为您解答；欢迎来本校详细咨询，祝您工作顺利！

你好:Canyoutellmewherethesupermarketis?问句中的疑问部分用陈诉语气所以后边句是wherethesupermarketis而不是whereisthesupermarket?

是的。“红头”发动机是一大亮点，NRF水冷单缸发动机，150版本最大功率13wk/9500rpm，最大扭矩14.5Nm/7500rpm，200版本最大功率15kw/9000rpm，最大扭矩17.5Nm/7000rpm，相比老款的NBF平台有不小的提升。

坠入爱河，恋爱的意思

一般情况下是56天

对的

西门子kpt700触摸屏系统时间断电对程序和参数会有影响。如果触摸屏系统时间断电久了，程序和参数就会丢失了。一般情况下触摸屏系统时间断电都是主板电池没电了。

南桑威奇群岛（South Sandwich），南大西洋南部的火山岛屿群，属英属福克兰群岛，英国南乔治亚岛和南桑威奇群岛海外领土的一部分。在南纬56°18′-59°30′、西经26°-28°30′之间，威德尔海北面。距离南极大陆最近处约2,000公里。为活火山岛群。由7个主岛和其他一些小岛组成，陆地总面积约310平方公里（120平方英里）。1775年1月30日由英国探险家詹姆斯·科克船长发现。原无人居住。1819年12月30日俄国人别林斯高晋等到此，于1820年1月3日—1月18日对该群岛进行调查。1976年阿根廷人占领其中的图勒岛（Thule），1982年6月遭英军驱走。