大家都知道fiber and polymer期刊的参考文献写法是怎样的吗？（要中文版的）急用呢~~先谢谢大家了！！！

复合材料是一种混合物。复合材料按其组成分为金属与金属复合材料、非金属与金属复合材料、非金属与非金属复合材料。

楼上说的很到位啊.......

金属，因为合金是多种金属合成的，不会添加塑料

吕合金是合金！自己去搜复合材料的定义吧！蒸馏成本高，耗能太大了没经济利益！生产酒精，代替化石燃料

艺术

所有的东西都可以氧 和 碳 是最基础的

3C复合板是以经过化学处理的涂装铝板为表层材料，用聚乙烯塑料为芯材，在专用铝塑板生产设备上加工而成的复合材料。铝塑复合板本身所具有的独特性能，决定了其广泛用途：它可以用于大楼外墙、帷幕墙板、旧楼改造翻新、室内墙壁及天花板装修、广告招牌、展示台架、净化防尘工程。属于一种新型建筑装饰材料。铝塑复合板（又称铝塑板）作为一种新型装饰材料，自上世纪八十年代末九十年代初从韩到中国，便以其经济性、可选色彩的多样性、便捷的施工方法、优良的加工性能、绝佳的防火性及高贵的品质，迅速受到人们的青睐。在国外，铝塑板的名称有好多种，有叫铝复合板(Aluminum CompositePanels)的；有叫铝复合材料(Aluminum CompositeMaterials)的；在欧洲许多国家称铝塑板为Alucobond，源于铝塑板的一种商标名称。国外生产铝塑板的企业并不是很多，但生产规模都很大。著名的有总部设在瑞士的Alusuisse公司、美国的雷诺兹金属公司、日本三菱公司、韩国大明等。台湾吉祥，大陆的著名企业有江西雅丽泰、华天铝业、上海华源、宁波爱佳建材等。【铝塑板】由性质截然不同的两种材料（金属和非金属）组成，它既保留了原组成材料（金属铝、非金属聚乙烯塑料）的主要特性，又克服了原组成材料的不足，进而获得了众多优异的材料性质，如豪华性、艳丽多彩的装饰性、耐候、耐蚀、耐创击、防火、防潮、隔音、隔热、抗震性；质轻、易加工成型、易搬运安装等特性。因此，被广泛应用于各种建筑装饰上，如天花板、包柱、柜台、家具、电话亭、电梯、店面、广告牌、厂房壁材等，已成为三大幕墙中（天然石材、玻璃幕墙、金属幕墙）金属幕墙的代表，在发达国家，铝塑板还被用于巴士、火车厢的制造、飞机、船舶的隔音材料、设计仪器箱体等。

格闰科技为您解答：铝塑复合板是以经过化学处理的涂装铝板为表层材料，用聚乙烯塑料为芯材，在专用铝塑板生产设备上加工而成的复合材料。 铝塑复合板本身所具有的独特性能，决定了其广泛用途：它可以用于大楼外墙、帷幕墙板、旧楼改造翻新、室内墙壁及天花板装修、广告招牌、展示台架、净化防尘工程。铝塑复合板在国内已大量使用，属于一种新型建筑装饰材料。防火板又名耐火板，学名为热固性树脂浸渍纸高压层积板，英文缩写为HPL【Decorative High-pressure Laminate】是表面装饰用耐火建材，有丰富的表面色彩，纹路以及特殊的物流性能，广泛用于室内装饰、家具、厨柜、实验室枱面、外墙等领域。根据两者的情况，铝塑板一般用于作为装饰面板使用，而防火板则依其特性，一方面可用于作装饰之用，同时也用于在某些特殊，容易接触到火情的地方，发挥其阻燃作用

一般外国人的英文名可以不翻译，但是引用的那一句或那一段是用翻译的，但是在写参考文献时不翻译书名。

抱歉，我没有可用的关于张艺的论著列表。

ABS树脂是五大合成树脂之一，其抗冲击性、耐热性、耐低温性、耐化学药品性及电气性能优良，还具有易加工、制品尺寸稳定、表面光泽性好等特点，容易涂装、着色，还可以进行表面喷镀金属、电镀、焊接、热压和粘接等二次加工，广泛应用于机械、汽车、电子电器、仪器仪表、纺织和建筑等工业领域，是一种用途极广的热塑性工程塑料。复合材料(Compositematerials)，是由两种或两种以上不同性质的材料，通过物理或化学的方法，在宏观上组成具有新性能的材料。各种材料在性能上互相取长补短，产生协同效应，使复合材料的综合性能优于原组成材料而满足各种不同的要求。复合材料的基体材料分为金属和非金属两大类。金属基体常用的有铝、镁、铜、钛及其合金。非金属基体主要有合成树脂、橡胶、陶瓷、石墨、碳等。增强材料主要有玻璃纤维、碳纤维、硼纤维、芳纶纤维、碳化硅纤维、石棉纤维、晶须、金属丝和硬质细粒等。玻璃钢（FRP）亦称作GRP，即纤维强化塑料，一般指用玻璃纤维增强不饱和聚脂、环氧树脂与酚醛树脂基体。以玻璃纤维或其制品作增强材料的增强塑料，称谓为玻璃纤维增强塑料，或称谓玻璃钢。由于所使用的树脂品种不同，因此有聚酯玻璃钢、环氧玻璃钢、酚醛玻璃钢之称。质轻而硬，不导电，机械强度高，回收利用少，耐腐蚀。可以代替钢材制造机器零件和汽车、船舶外壳等。碳纤维（carbonfiber），顾名思义，它不仅具有碳材料的固有本征特性，又兼具纺织纤维的柔软可加工性，是新一代增强纤维。与传统的玻璃纤维(GF)相比，杨氏模量是其3倍多；它与凯芙拉纤维(KF-49)相比，不仅杨氏模量是其2倍左右，而且在有机溶剂、酸、碱中不溶不胀，耐蚀性出类拔萃。有学者在1981年将PAN基CF浸泡在强碱NaOH溶液中，时间已过去30多年，它至今仍保持纤维形态。区别：碳纤维材料是质强比最高的材料。可以根据断面来区分材料，具体性能好坏无法肉眼区分，只能通过破坏性试验来测试。其中ABS是各向性能一致，玻璃钢、碳纤维复合材料各向异性，纤维方向的抗拉强度最高。

1.体型呈流线型---减少阻力.

应该是翻译成“Mechanics of complex materials”

王大成 我国典型低硒环境特征与调控研究（41172326） 国家自然科学基金项目 74万蒋晓慧 新型可聚合缓蚀剂的合成及其在碳钢表面的原位聚合研究（21176201） 国家自然科学基金项目 60万何 龙 基于2-(乙酰氧基甲基)烯丙基三甲基硅烷的不对称环加成反应（21102116） 国家自然科学基金项目 25万蒋 静 等离子体光催化剂的设计、微波非水液相合成和光催化机理研究（21103141） 国家自然科学基金项目 25万敬林海 3-(1-砜基烷基)氮杂吲哚和氮杂吲唑类化合物在不对称合成中的应用研究（21102117） 国家自然科学基金项目 20万1 LiA1H4复合纳米体系的储氢性能研究 苟兴龙 国家自然科学基金项目 　 51071131 41 2010-10-112 呋喃衍生物在不对称Fridedl-Crafts烷基化反应中的应用 刘全忠 省青年基金委项目 　 2010JQ0049 7 2010-3-183 新世纪优秀人才支持计划 苟兴龙 教育部新世纪人才支持计划 NCET-10-0890 NCET-10-0890 25 2010-3-184 环境污染修复新材料的制备及在印染水处理中的应用研究 蒋晓慧 省教育厅项目 　 10ZA022 3 2010-11-105 过渡金属催化的水相中三氮唑类化合物的“一锅法”合成及其在医药合成中的应用 敬林海 省教育厅项目 　 10ZA026 3 2010-11-106 抗抑郁药帕罗西汀不对称合成新工艺研究 康泰然 省教育厅项目 　 10ZB016 2 2010-11-107 分子印迹聚合物微球在化学发光分析中的应用 杨春艳 省教育厅项目 　 10ZC013 1 2010-11-108 稻草秸秆天然纤维素基球形磁性吸附剂的制备及对蛋白质等生物大分子的吸附机理研究 陈中兰 省教育厅项目 　 10ZC123 1 2010-12-219 MTBE装置DCS优化控制技术应用 张运陶 地、市、厅、局等政府部门项目 川财建[2010]98号 川财建（2010）98号 20 2010-6-3010 “三酶”联产工艺及胰激肽原酶、弹性酶原料药仿 杨秀培 企、事业单位委托 四川顺生制药有限公司 四川顺生制药 20 2010-3-1911 环形通道毛细管电泳及其临床分析应用研究 杨秀培 教育部科学技术研究项目 教技司（2010）114号 201194 2 2010-7-1812 化学合成与污染控制 杨秀培 高校科研创新团队 川教函（2010）518号 KYTD201008 10 2010-10-111 Fast removal of organic dyes from aqueous solutions by AC/ferrospinel composite 艾伦弘 SCI3区 DESALINATION2 Poly(N-methylaniline)/Montmorillonite Composite: Chemical Synthesis, Characterization, and Application in Water Treatment 艾伦弘 SCI4区 Journal of Macromolecular Science, Part B: Physics3 Catalyst/template-free synthesis and dye adsorption properties of monodisperse carbon submicrospheres 艾伦弘 SCI3区 materials letters4 活性碳/CoFe2O4复合物的制备及其对亚甲基蓝的吸附性能 艾伦弘 CSCD 应用化学5 Uniform polyaniline microspheres: A novel adsorbent for dye removal from aqueous solution 艾伦弘 SCI2区 Synthetic Metals6 Facile synthesis and characterization of polypyrrole/Co3O4 nanocomposites with adjustable intrinsic electroconductivity 艾伦弘 SCI3区 Journal of Materials Science: Materials in Electronics7 Frequency-dependent dielectric and electric modulus properties of Li–Ni–Sm–Fe–O spinel embedded in conducting polymer 艾伦弘 SCI3区 Journal of Materials Science: Materials in Electronics

喷水的拼音是[pēnshuǐ]。基础释义：1、用细蒙蒙的水雾喷（如温室），往往从置于头顶上的喷雾系统向下喷，主要为了有助于保持湿度。2、围堰或堤防的故障，因而导致水通过该结构或在其下面突然涌入。例句：消防人员在空旷地带喷水稀释泻流的罐车。喷水中英互译：1、The fountain plays only at weekend.这个喷泉仅在周末喷水。2、Ultrasonic testing using the through transmission squirter technique remains the predominant method of inspection of composite materials.超声波探伤法用的是穿透传输喷水技术也是复合材料检测的主要方法。3、Founded in 1542, Antigua had, in the days of its viceregal glory, scores of splendid government buildings, churches, huge estates, fountains and plazas.安提瓜在1542年建立，在辉煌的总督时期拥有大量壮观的政府建筑物，楼房，教堂，喷水池。4、The eye is tiny, after the eye, the forehead both sides, have a meniscus spiraculum respectively, the whole body throw over have the lozenge bone board five lines.眼细小，眼后头部两侧，各有一个新月形喷水孔，身披有棱形骨板五行。

用不了这么麻烦你在机器上同时装一个中文版的3d就行了，用的时候可以对照

Ashland Inc., a FORTUNE 500*, diversified chemical company provides innovative products, services and solutions to customers around the globe. Ashland has sales and operations in the United States and in more than 100 countries worldwide. Our operations include four divisions: Ashland Performance Materials, Ashland Distribution, Valvoline and Ashland Water Technologies. We"ve come a long way since we started in 1924 as a regional petroleum refiner. We are a growing, dynamic company with a vision that gives us a strong sense of who we are and an unyielding commitment to how we practice business.

IT行业必备英语词汇 　　导语：IT行业的英语词汇有很多，下面是我整理的IT行业必备英语词汇，欢迎参考! 　　aachen 亚琛 　　abampere 绝对安培 　　abandoned call 废弃单元 　　abbreviated dialing 缩位拨号 　　abbreviated digital verification color code (ADVCC) 简写数字验证颜色码 　　aberration 像差 　　aberration, chromatic 色像差 　　aberration, spherical 球面像差 　　ability, heuristic reasoning 启发式推论能力 　　abnormal decay 反常衰变 　　abnormal end 异常终结 　　abort 中断 　　abort sequence 中断序列 　　above threshold 超临限值 　　abrasion 剥蚀;磨损 　　abrupt junction 突变结 　　absent 不存在 　　absent extension diversion 分机用户缺席转接 　　absent, coprocessor 协同处理器不存在 　　absolute accuracy 绝对准确度 　　absolute address 绝对地址 　　absolute addressing 绝对定址法 　　absolute assembler 绝对组合程式 　　absolute block 绝对区块 　　absolute code 绝对代码 　　absolute coordinate 绝对坐标 　　absolute dimension 绝对尺寸 　　absolute disintegration rate 绝对衰变率 　　absolute encoder 绝对编码器 　　absolute error 绝对错误 　　absolute expansion 绝对膨胀 　　absolute gain 绝对增益 　　absolute humidity 绝对湿度 　　absolute index of refraction 绝对折射率 　　absolute instruction 绝对指令 　　absolute intensity 绝对强度 　　absolute loader 绝对装入器 　　absolute machine code 绝对机器代码 　　absolute maximum rating 绝对最大额定值 　　absolute measuring system 绝对测量系统 　　absolute permeability 绝对磁导率 　　absolute pressure 绝对压力 　　absolute temperature 绝对温度 　　absolute temperature scale 绝对温标 　　absolute value 绝对值 　　absolute variable 绝对变数 　　absolute velocity 绝对速度 　　absolute volume 绝对体积 　　absolute zero 绝对零度 　　absolute-value circuit 绝对值电路 　　absolute-value device 绝对值器件 　　absorbability 吸收能力 　　absorptance 吸收比 　　absorption 吸收 　　absorption band 吸收频带 　　absorption loss 吸收损耗 　　absorption modulation 吸收调制 　　absorption spectrum 吸收光谱 　　absorption, active acoustical 动态声音吸纳 　　absorption, coefficient of 吸音系数 　　absorptive attenuator 吸收衰减 　　abstract data type 抽象数据种类 　　abstract quantity 抽象程度 　　abstract symbol 抽象符号 　　abstract syntax notation one (ASN.1) 抽象语法表示法 1 　　abstraction 抽象;抽除 　　ac brownout 交流降压，交流节电 　　ac converter 交流转换器 　　ac electric-field strength 交流电场强度 　　ac filter 交流滤波器 　　ac line filter 交流线路滤波器 　　ac power line 交流电源线 　　accelerated graphics port (AGP) 加速图形端口 　　accelerated life test 加速寿命测试 　　accelerated stress test 加速应力测试 　　accelerated test 加速测试 　　accelerated thermal cycle (ATC) 加速热循环 　　accelerating voltage 加速电压 　　acceleration 加速度 　　acceleration due to gravity 重力加速度 　　acceleration in circular motion 圆运动加速度 　　acceleration, angular 角加速度 　　acceleration, average 平均加速度 　　acceleration, centripetal 向心加速度 　　acceleration, component of 加速度分量 　　acceleration, fuzzy computational (FCA) 模糊逻辑加速法 　　acceleration, gravitational 重力加速度 　　acceleration, instantaneous 瞬时加速度 　　acceleration, tangential 切向加速度 　　acceleration, uniform 等加速度 　　accelerator 加速器 　　accelerator, floating-point slave 浮点附属加速器 　　accelerator, programmable universal micro (PUMA) 可编程通用微加速器 　　accelerometer 加速仪 　　accept 接收;接受 　　acceptable noise level 验收噪声水平 　　acceptable quality level 合格质量水平 　　acceptable source 验收源 　　acceptance angle 接收角 　　acceptance cone 接收光锥区 　　acceptance test 验收试验 　　accepted test 合格试验 　　acceptor 受体;接收器 　　acceptor impurity 受体杂质 　　acceptor, write access connection (WACA) 写入存取连接接收器 　　access 存取 　　access charge 访问费用 　　access code 存取代码 　　access coupler 存取耦合器 　　access delay 存取延迟 　　access line 接入线路 　　access method 存取方法 　　access mode 存取模式 　　access network 接入网 　　access path 存取通路 　　access protocol 存取协定 　　access time 存取时间 　　access, basic 基本存取 　　access, basic rate (BRA) 基本速率存取 　　access, burst 资料组存取 　　access, carrier sense multiple (CSMA) 载波感应多重存取 　　access, code-division multiple (CDMA) 码分多重存取 　　access, direct memory (DMA) 直接存储器存取 　　access, external 外部存取 　　access, frequency-division multiple (FDMA) 频分多工存取 　　access, in-page burst 页内资料组存取 　　access, internal 内部存取 　　access, multiple channel (MCA) 多通道存取 　　access, on-page 页上存取 　　access, out-page 离页存取 　　access, page 分页存取 　　access, primary rate 初级速率存取 　　access, sequential 序列存取 　　access, time-division multiple (TDMA) 时分多重存取 　　access, virtual direct memory 虚拟直接存储器存取 　　access-control mechanism 存取控制机制 　　accessed bit 存取单元 　　accessibility 可存取性 　　accessible voltage drop 可达电压降 　　accessible, readily 可存取的" 　　accessory 附件 　　accumulated jitter 累加抖动 　　accumulator 累加器;蓄电池 　　accumulator register 累加寄存器 　　accumulator, phase 相位累加器 　　accuracy 准确度;准确值 　　accuracy class 准确级别 　　accuracy grade 精度级别，精度等级 　　accuracy rating 额定准确度 　　accuracy test 准确度测试 　　accuracy, absolute 绝对准确值 　　accuracy, dynamic 动态准确度 　　accuracy, full-scale absolute 全标度绝对准确值 　　accuracy, gain 增益准确度 　　acetate disks 乙酸盐软盘 　　acetone 丙酮 　　acid, amino 氨基酸 　　acid, aspartic 天门冬胺酸 　　acknowledge 确认 　　acknowledge character 确认字符 　　acknowledge signal 接收完成信号 　　acknowledge, interrupt 中断确认 　　acknowledgment (ACK) 确认 　　acoustic coupler 声耦合器 　　acoustic delay line 声延迟线 　　acoustic input 声音输入 　　acoustic noise 噪声 　　acoustic output 声音输出 　　acoustic-wave filter 声波过滤器 　　acoustical signals 声音信号,音频信号 　　acoustically tunable optical filter 声音调谐光学滤波器 　　acousto-optic device 声光学器件 　　acousto-optic effect 声光学效应 　　acquisition phase 采集阶段 　　acquisition, background 背景采集 　　acquisition, data 数据采集 　　acquisition, image- 影像采集 　　acrylate 丙烯酸脂 　　acrylic 丙烯酸的，聚丙烯的 　　acrylic resin 丙烯酸树脂 　　action and reaction 作用与反作用 　　action at a distance 超距作用 　　action force 作用力 　　action, capillary 毛细管作用 　　action, line of 作用线 　　action, molecular 分子作用 　　activate 活化 　　activation 活化 　　activation energy 活化能量 　　activation period 活化期 　　activation rate 启动率 　　activation, neutron 中子激发 　　activator 催化剂,激活剂，活化剂;激励器 　　active 动态;主动 　　active acoustical absorption 有源声音吸纳 　　active antenna array 有源天线阵列 　　active carbon 活性碳 　　active component 有源元件 　　active condition 使用状态 　　active electric network 有源电气网络 　　active electronics 有源电子器件，有源电子技术 　　active file 现役文件 　　active filter 有源滤波器 　　active impedance 动态阻抗 　　active materials 放射性材料 　　active matrix 有源矩阵 　　active matrix display 有源矩阵显示器，活动矩阵显示器 　　active mobile identity (AMI) 有源移动标识 　　active partitioning architecture 有源分隔体系结构 　　active power 有功功率 　　active profile 现用文件，当前文件 　　active rectification 动态整流 　　active server page 活动服务器页，当前服务器页 　　active substrate 有源基片，有源衬片，有源基底 　　active template library 动态模板库 　　active termination 有源终端 　　active testing 动态测试 　　active transducer 有源传感器 　　active trimming 有源微调 　　active voltage positioning (AVP) 有效电压定位,有效电压点 　　active-high signal 高态有效信号 　　active-low signal 低态有效信号 　　active-matrix display 有源矩阵显示 　　activity 放射性 　　activity factor 活动因子 　　activity, optical 旋光性 　　activity-based simulation 放射性为基模拟 　　actual mechanical advantage 实际机械利益 　　actuator 起动器 　　actuator valve 起动器活门 　　actuator, dual 双起动器 　　actuator, pneumatic 气动起动器 　　actuator, relay 延迟起动器 　　adaptability 配接性 　　adaptation rate 适配率 　　adapter 配接器 　　adapter card 适配器卡 　　adapter description library (ADL) 配接描述程序库 　　adapter kit 配接组件 　　adapter signal process (ASP) 配接器信号处理 　　adapter, color composite video 彩色混合视频配接器 　　adapter, color graphics (CGA) 彩色图像配接器 　　adapter, double-scan color graphics 双扫描图像配接器 　　adapter, enhanced color graphics (EGA) 增强图像配接器 　　adapter, monochrome display (MDA) 单色显示配接器 ;

　　当我们面试外贸跟单员的时候，首先第一步就是要先自我介绍，这也是很重要的一步，下面是我整理的外贸跟单员英语自我介绍，以供大家学习参考。 　　外贸跟单员的英语自我介绍篇一 　　Hello, my name Is ****, It Is really a great honor to have thIs opportunIty for a IntervIew, I would lIke to answer whatever you may raIse, and I hope I can make a good performance today, eventually enroll In thIs prestIgIous unIversIty In september. now I wIll Introduce myself brIefly,I am ** years old,born In**** provInce and I am curruently a senIor student at ***I.my major Is ****. 　　And I wIll receIve my bachelor degree after my graduatIon In june.In the past * years,I spend most of my tIme on study,I have passed CET4/6 wIth a ease. and I have acquIred basIc knowledge of ********both In theory and In practIce. 　　BesIdes, I have attend several ***hold In ****, thIs Is our advantage study here, I have taken a tour to some bIg factory and company. through these I have a deeply understandIng of domestIc ****Industry. 　　Compared to developed countrIes such as us, unfortunately, although we have made extraordInary progress sInce ***,our ****Industry are stIll underdeveloped, mess, unstable, the sItuatIon of employees In thIs fIeld are awkard. but I have full confIdence In a brIght future If only our economy can keep the growth pace stIll. 　　I guess you maybe Interested In the reason Itch to law, and what Is my plan durIng graduate study lIfe, I would lIke to tell you that *** Is one of my lIfelong goal,I lIke my major ****and I wont gIve up,If I can pursue my master degree here I wIll combIne law wIth my former educatIon. 　　I am able to work under great pressure. Thanks for the chance. 　　外贸跟单员英语自我介绍篇二 　　Good morning, my name is huihualeung, graduated from guangdong polytechnic normal university in 2009,which is indeed a great honor to have the opportunity to interview, I would like to answer you may increase and I hope I can become a good performance today. Now I will briefly introduce myself, I am 21 years old, born in Jiangmen, east of Guangdong, and Ill receive my bachelors degree in July. 　　Throughout my campus life,I spent most of my time to learn, I have been through CET4 and worked in foreign trade business,I have a basic knowledge of oversea trading. 　　I had been majoring the Application English on the base of Trading English,including the Advance English,Economy And Trade English,Busiess English Correspondence,Selected Readings In English And American Literatures,Chinese And English Translation Course,Interpret And Listening,Advance English Writing etc.In addtion, I have got a lot of strength from this experience, such as the ability of communication, expression, and the attitude towards life and work. 　　Optimism, calmness, diligence and innovation strive to be my characteristics conscientiously. Iu2019d like to apply for post like manager assistant in corporation which relate to my major. With great confidence, responsibility and enthusiasm, I believe that I can bear heavy burden on my shoulder. please offer me a chance and I will give a surprise back to you. 　　外贸跟单员英语自我介绍篇三 　　It is my plesure to meet you .today i am here to apply for the position of foreign trade clerk(or assistant)。 　　now let me tell you a little bit about myself.i am from jiangxi province . there are four members in my family,my parents,my elder sister and i. i am always a energetic and enthusiastic person that have many hobbies .well ,i am fond of all kinds of outdoor activities such as playing tennis , doing some physicalsports and so on. (you can also say i am interested inor doing sth is also my favourite activity)this year i will gratuade from tian jin foreign studyings university, with major in foreign trade(or international trade)。 　　i really like this industy very much.if i am so lucky enough to be employed by your company,i will put what i have learnt together with my energy into my job and make some contribution to your company. 　　thank you very much! 　　外贸跟单员英语自我介绍篇四 　　General Introduction 　　I am a third year master major in automation at Shanghai Jiao Tong University, P. R. China. With tremendous interest in Industrial Engineering, I am writing to apply for acceptance into your Ph.D. graduate program. 　　Education background 　　In 1995, I entered the Nanjing University of Science & Technology (NUST) -- widely considered one of the Chinau2019s best engineering schools. During the following undergraduate study, my academic records kept distinguished among the whole department. I was granted First Class Prize every semester, and my overall GPA(89.5/100) ranked No.1 among 113 students. In 1999, I got the privilege to enter the graduate program waived of the admission test. I selected the Shanghai Jiao Tong University to continue my study for its best reputation on Combinatorial Optimization and Network Scheduling where my research interest lies. 　　At the period of my graduate study, my overall GPA(3.77/4.0) ranked top 5% in the department. In the second semester, I became teacher assistant that is given to talented and matured students only. This year, I won the Acer Scholarship as the one and only candidate in my department, which is the ultimate accolade for distinguished students endowed by my university. Presently, I am preparing my graduation thesis and trying for the honor of Excellent Graduation Thesis. 　　Research experience and academic activity 　　When a sophomore, I joined the Association of AI Enthusiast and began to narrow down my interest for my future research. In 1997, I participated in simulation tool development for the scheduling system in Prof. Wangu2019s lab. With the tool of OpenGL and Matlab, I designed a simulation program for transportation scheduling system. It is now widely used by different research groups in NUST. In 1998, I assumed and fulfilled a sewage analysis & dispose project for Nanjing sewage treatment plant. This was my first practice to convert a laboratory idea to a commercial product. 　　In 1999, I joined the distinguished Professor Yu-Geng Xis research group aiming at Network flow problem solving and Heuristic algorithm research. Soon I was engaged in the FuDan Gene Database Design. My duty was to pick up the useful information among different kinds of gene matching format. Through the comparison and analysis for many heuristic algorithms, I introduced an improved evolutionary algorithm -- Multi-population Genetic Algorithm. By dividing a whole population into several sub-populations, this improved algorithm can effectively prevent GA from local convergence and promote various evolutionary orientations. It proved more efficiently than SGA in experiments, too. In the second semester, I joined the workshop-scheduling research in Shanghai Heavy Duty Tyre plant. The scheduling was designed for the rubber-making process that covered not only discrete but also continuous circumstances. To make a balance point between optimization quality and time cost, I proposed a Dynamic Layered Scheduling method based on hybrid Petri Nets. The practical application showed that the average makespan was shortened by a large scale. I also publicized two papers in core journals with this idea. Recently, I am doing research in the Composite Predict of the Electrical Power system assisted with the technology of Data Mining for Bao Steel. I try to combine the Decision Tree with Receding Optimization to provide a new solution for the Composite Predictive Problem. This project is now under construction. 　　Besides, In July 2000, I got the opportunity to give a lecture in English in Asia Control Conference (ASCC) which is one of the top-level conferences among the world in the area of control and automation. In my senior year, I met Prof. Xiao-Song Lin, a visiting professor of mathematics from University of California-Riverside, I learned graph theory from him for my network research. These experiences all rapidly expanded my knowledge of English and the understanding of western culture. 　　I hope to study in depth 　　In retrospect, I find myself standing on a solid basis in both theory and experience, which has prepared me for the Ph.D. program. My future research interests include: Network Scheduling Problem, Heuristic Algorithm research (especially in GA and Neural network), Supply chain network research, Hybrid system performance analysis with Petri nets and Data Mining. 　　Please give my application materials a serious consideration. Thank you very much.

LiF的作用应该主要是与Al作用生成Li自由基，增强了器件的电子注入性能，也有人提出是因为LiF的隧穿效应，增加了电子的注入能力，目前比较偏向于前一种说法。

　　一个优秀的 英文 自我介绍 可以帮助教师求职者通过 面试 寻找到一份理想的工作。以下是我精心推荐的一些教师面试英文自我介绍 范文 ，一起来学习下吧! 　　教师面试英文自我介绍范文(一) 　　General Introduction 　　I am a third year master major in automation at Shanghai Jiao Tong University P. R. China. With tremendous interest in Industrial Engineering I am writing to apply for acceptance into your Ph.D. graduate program. 　　Education background 　　In 1995 I entered the Nanjing University of Science &Technology (NUST) -- widely considered one of the Chinau2019s best engineering schools. During the following undergraduate study my academic records kept distinguished among the whole 　　department. I was granted First Class Prize every semester and my overall GPA(89.5/100) ranked No.1 among 113 students. In 1999 I got the privilege to enter the graduate program waived of the admission test. I selected the Shanghai Jiao Tong University to continue my study for its best reputation on Combinatorial Optimization and Network Scheduling where my research interest lies. 　　At the period of my graduate study my overall GPA(3.77/4.0) ranked top 5% in the department. In the second semester I became teacher assistant that is given to talented 　　and matured students only. This year I won the Acer Scholarship as the one and only candidate in my department which is the ultimate accolade for distinguished students endowed by my university. Presently I am preparing my graduation thesis and trying for the honor of Excel lent Graduation Thesis. 　　Research experience and academic activity 　　When a sophomore I joined the Association of AI Enthusiast and began to narrow down my interest for my future research. In 1997 I participated in simulation tool 　　development for the scheduling system in Prof. Wangu2019s lab. With the tool of OpenGL and Matlab I designed a simulation program for transportation scheduling system. It is now widely used by different research groups in NUST. In 1998 I assumed and fulfilled a sewage analysis &dispose project for Nanjing sewage treatment plant. This was my first practice to convert a laboratory idea to a commercial product. 　　In 1999 I joined the distinguished Professor Yu-Geng Xis research group aiming at Network flow problem solving and Heuristic algorithm research. Soon I was engaged in the FuDan Gene Database Design. My duty was to pick up the useful information among different kinds of gene matching format. Through the comparison and analysis for many heuristic algorithms I introduced an improved evolutionary algorithm -- Multi-population Genetic Algorithm. By dividing a whole population into several sub-populations this improved algorithm can effectively prevent GA from local convergence and promote 　　various evolutionary orientations. It proved more efficiently than SGA in experiments too. In the second semester I joined the workshop-scheduling research in Shanghai Heavy Duty Tyre plant. The scheduling was designed for the rubber-making process that 　　covered not only discrete but also continuous circumstances. To make a balance point between optimization quality and time cost I proposed a Dynamic layered Scheduling method based on hybrid Petri Nets. The practical application showed that the average makespan was shortened by a large scale. I also publicized two papers in core journals with this idea. Recently I am doing research in the Composite Predict of the Electrical Power system assisted with the technology of Data Mining for Bao Steel. I try to combine the Decision Tree with Receding Optimization to provide a new solution for the Composite Predictive Problem. This project is now under construction. 　　Besides In July 2000 I got the opportunity to give a lecture in English in Asia Control Conference (ASCC) which is one of the top-level conferences among the world in the area of control and automation. In my senior year I met Prof. Xiao-Song Lin a visiting professor of mathematics from University of California-Riverside I learned graph theory from him for 　　my network research. These experiences all rapidly expanded my knowledge of English and the understanding of western culture. 　　I hope to study in depth 　　In retrospect I find myself standing on a solid basis in both theory and experience which has prepared me for the Ph.D. program. My future research interests include: Network Scheduling Problem Heuristic Algorithm research (especially in GA and Neural network) Supply chain network research Hybrid system performance analysis with Petri nets and Data Mining. 　　Please give my application materials a serious consideration. Thank you very much. 　　1、 good morning my name is xx it is really a great honor to have this opportunity for a interview i would like to answer whatever you may raise and i hope i can make a good performance today eventually enroll in this primary school. 　　2、 now i will introduce myself brieflyi am xx years oldborn in xx province and i am curruently a xxxx.my major is xxx..in the past 4 yearsi spend most of my time on studyi have passed CET4/6 with a ease. and i have acquired basic knowledge of packaging and publishing both in theory and in practice. besides i have attend 　　3.i will have Patience on all of the children and my hard work will be improved if you enroll me. 　　教师面试英文自我介绍范文(二) 　　Good morning my name is xx it is really a great honor to have this opportunity for a interview i would like to answer whatever you may raise and i hope i can make a good performance today . 　　I am a third year master major in automation at Shanghai Jiao Tong University P. R. China. With tremendous interest in Industrial Engineering I am writing to apply for acceptance into your Ph.D. graduate program. 　　Education background 　　In 1995 I entered the Nanjing University of Science &Technology (NUST) -- widely considered one of the Chinau2019s best engineering schools. During the following undergraduate study my academic records kept distinguished among the whole department. I was granted First Class Prize every semester and my overall GPA(89.5/100) ranked No.1 among 113 students. In 1999 I got the privilege to enter the graduate program waived of the admission test. I selected the Shanghai Jiao Tong University to continue my study for its best reputation on Combinatorial Optimization and Network Scheduling where my research interest lies. 　　At the period of my graduate study my overall GPA(3.77/4.0) ranked top 5% in the department. In the second semester I became teacher assistant that is given to talented and matured students only. This year I won the Acer Scholarship as the one and only candidate in my department which is the ultimate accolade for distinguished students endowed by my university. Presently I am preparing my graduation thesis and trying for the honor of Excellent Graduation Thesis. 　　Research experience and academic activity 　　When a sophomore I joined the Association of AI Enthusiast and began to narrow down my interest for my future research. In 1997 I participated in simulation tool development for the scheduling system in Prof. Wangu2019s lab. With the tool of OpenGL and Matlab I designed a simulation program for transportation scheduling system. It is now widely used by different research groups in NUST. In 1998 I assumed and fulfilled a sewage analysis &dispose project for Nanjing sewage treatment plant. This was my first practice to convert a laboratory idea to a commercial product. 　　In 1999 I joined the distinguished Professor Yu-Geng Xis research group aiming at Network flow problem solving and Heuristic algorithm research. Soon I was engaged in the FuDan Gene Database Design. My duty was to pick up the useful information among different kinds of gene matching format. Through the comparison and analysis for many heuristic algorithms I introduced an improved evolutionary algorithm -- Multi-population Genetic Algorithm. By dividing a whole population into several sub-populations this improved algorithm can effectively prevent GA from local convergence and promote various evolutionary orientations. It proved more efficiently than SGA in experiments too. In the second semester I joined the workshop-scheduling research in Shanghai Heavy Duty Tyre plant. The scheduling was designed for the rubber-making process that covered not only discrete but also continuous circumstances. To make a balance point between optimization quality and time cost I proposed a Dynamic layered Scheduling method based on hybrid Petri Nets. The practical application showed that the average makespan was shortened by a large 　　scale. I also publicized two papers in core journals with this idea. Recently I am doing research in the Composite Predict of the Electrical Power system assisted with the technology of Data Mining for Bao Steel. I try to combine the Decision Tree with Receding Optimization to provide a new solution for the Composite Predictive Problem. This project is now under construction. 　　Besides In July 2000 I got the opportunity to give a lecture in English in Asia Control Conference (ASCC) which is one of the top-level conferences among the world in the area of control and automation. In my senior year I met Prof. Xiao-Song Lin a visiting professor of mathematics from University of California-Riverside I learned graph theory from him for my network research. These experiences all rapidly expanded my knowledge of English and the understanding of western culture. I hope to study in depth 　　In retrospect I find myself standing on a solid basis in both theory and experience which has prepared me for the Ph.D. program. My future research interests include: Network Scheduling Problem Heuristic Algorithm research (especially in GA and Neural network) Supply chain network research Hybrid system performance analysis with Petri nets and Data Mining. 　　教师面试英文自我介绍范文(三) 　　My name is xuexila.i woulld like to apply for this job of english teacher for children. 　　My plan for the furture is that i would like to stay with children and share the moments in their lives and provide them with helpful advice. making friends with them and letting them feel you are the one they can talk and trust.Plus i like english very much.with this idea,i want to combine my love for children with my ability of english together,so i can work in a pleasant environment doing the great things i enjoy doing. 　　I consider myself with rich potential of qualitying out as a good english teacher.I have a heart for children,a loving and caring heart.And i would certainly place it upon my students,being their close friend and sister.while with my creative and relaxing english teaching method,students would learn english through interacting with me or the others instead of being told what to say. 　　I am also very open-minded and easy-going,which will make myself a popular figure everywhere.and of course i am very much the type of the girl next door.always willing to take in suggestions and create a fun classroom for our next generation. 　　I believe i"ve said quite enough of myself. I hope you now know more about me than just now. I would certainly cherish this job and get along very well with all people out here.I thank you very much again for giving me this opportunity to talk with you. 　　I look forward to hearing good news from you soon. 　　Thank you !

Hello, teachers and pupils. Nice to meet you. My Chinese name isXXX, and my English name is XXX. I"m XX years old. I like to study . I like Maths best. Also I like reading, writing, listening to music, playing the piano and playing computer. All the classmates call me “the king of computer”. I can make beautiful pictures with Photoshop, and I can make the animations with Flash. I like sports. I like playing football, basketball and swimming. I like F1 best. I"m one of the Massa"s fans. I think Massa can drive the car fast. He is a good driver. I like to eat, so I"m fat. Do you think so? I"m tall. Now I"m 1.65 meters tall. Today it"s my first to come to Jincai Middle School. I thinks it"s beautiful, I like it very much. And I think it"s my pleasure to study here in the future. Hello everyone~ Unfortunately it"s my turn to introduce myself. This is nearly my first time to talk before such a large audience ,so I feel a little nervous ， I hope you will not laugh at me. My English is not very good ,especially my spoken english. And i always couldn"t exprss myself very well in some other aspects. Speaking of my English learning， though i think i don"t have any gift in it , i am not very poor at it. I don"t like the education system in china now ,i find it make each of us feel so tired .and i think most parents and students misunderstand the meaning of study. You know ,i don"t want to be a bookworm. Sometimes i hope i can grow up quickly, but maybe i will want to be a child again after I really become an adult. Because of my personal character ,i am quite interested in computer ,but I am not lost in playing computer games. After lots of experience in using in, i"ve learned a large amount of knowledge about it. So i "d like to be a software engineer in the future. I guess it doesn"t need much ability of speaking. It just suit me. Moreover ,nowadays this career is in a big demand in the society .if i couldn"t study well in some major subjects ,i would choose to be a software engineer~ That"s all~ thank you! Hello, My name is **,郭村now in secondary school. I am a bit sub-high, 1 meter 69, ranked first in class 7. I round face, the pair of dark eyes, short hair,嵌着pair浓眉大眼, long in both sides of both ears, a mouth set in the central face, a mouth in particular can say, as long as the one to say that a hour no problem. A mouth that is above the nose. I am a smiling face every day, even if there is trouble I will not say so, on the whole is still relatively cool. I, humor, tolerance. I always like to watch other people do not look extremely angry, I think other people"s laughter is the world"s most beautiful scenery. So every day, I will become a pistachio, as much as possible to bring them joy. "Broader than the earth is the ocean, than the ocean is wide sky, the sky over the broad people"s hearts." Tolerance so narrow-minded capacity of rivers, so treat someone else"s fault, I have to pay in one joke went. I do own. Mr. Qi said; "I learn from Health, it seems I have to die." Get out of the framework of our predecessors, naturally, will not have their own world. When the bubble pop novel, I felt at that time in a waste of time, when the popular online games, I feel it is in the wasted youth. To do themselves, to see the real me,十二分show confidence in telling myself: "I am what I am, what with him?!" Throw away the vanity of those people who, carving, showed their trump card, and to pursue their personality, to do my own, the best! I am positive. I was a little sand, but unwilling to lag behind, and his inaction commonplace. I would like to make the lives of chiefs, to do a pearl tears immortal. Long Way much of its repair Come,吾将up and down while the search. I"m looking forward to the direction of Art Tower, culture top, the cause of Xiamen, on the edge of celebration and live in this era of flowers, leaving the footsteps of his down-to-earth sound to the United States and love the world洒向... ... This is what I, as long as they see me, and I always laugh, I will warm you and say hello. Said so much, you still do not understand how me. Ha ha. To understand it you know me, I also like you to make friends!大家好，我叫** ，现在在郭村中学学习。我个子有点高，1米69，在班里排第7个。我圆圆的脸蛋上，一双乌黑的眼睛，短头发，嵌着一双浓眉大眼，两只耳朵长在两旁，一张嘴镶嵌在脸蛋中央，一张嘴特别能说，只要一说起来，说上一个小时也没问题。一张嘴的上面就是鼻子。我每天都有一张笑脸，即使有烦恼我也不会说出来，总的来说还是比较帅的。 我，幽默宽容。我向来不喜欢看别人满面怒容的样子，我认为他人的笑才是天下最美的风景。所以每天，我都会变成一颗开心果，尽可能地给他们带去欢乐。“比大地宽阔的是海洋，比海洋宽阔的是天空，比天空宽阔的是人的心灵。”宽容使狭隘的胸怀容纳百川，所以对待别人的过失，我都付笑谈中。 我，要做自己。齐白石老先生曾说过；“学我者生，似我者死。”走不出前人的框架，自然也就不会有自己的天地。当流行泡沫小说时，我感觉那时在浪费时间，当流行网络游戏时，我感觉那是在虚度青春。要做自己，看清真实的我，拿出十二分的信心，告诉自己：“我就是我，凭什么跟他一样？！”抛掉那些人为的浮华雕饰，亮出自己的王牌，追求自己的个性，做我自己，最好！ 我，积极进取。小小的我是一粒沙，但不甘于落后，一生庸碌无为。我愿做生命的酋长，做一粒不朽的珍珠泪。路漫漫其修远兮，吾将上下而求索。我渴望朝向艺术之塔，文化之巅，事业之厦，庆功之缘，不负这繁花似锦的时代，留一行扎实稳健的足迹，把美和爱洒向人间…… 这就是我，只要一见到我，我总是笑，我会热情的和你打招呼。说了这么多，你还是很不怎么了解我吧。哈哈。那就来认识认识我呀，我也很喜欢交朋友的啦！

擅长扫描电子显微镜、透射电子显微镜，现负责和管理校实验室场发射扫描电子显微镜的日常测试工作。论文选列：1. Haobin Wu, Huan Pang* and Xiong Wen (David) Lou*, Facile synthesis of mesoporous Ni0.3Co2.7O4 hierarchical structures for high-performance supercapacitors, Energy Environ. Sci., 2013, DOI: 10.1039/C3EE42101E2. Junhong Zhao, Huan Pang,* Jiawei Deng, Yahui Ma, Bo Yan, Xinran Li, Sujuan Li, Jing Chen and Weimin Wang, Mesoporous uniform ammonium nickel phosphate hydrate nanostructures as high performance of electrode materials for supercapacitors, CrystEngComm, 2013, 13, 59503. Huan Pang,* Shaomei Wang, Weifang Shao, Shanshan Zhao, Bo Yan, Xinran Li, Sujuan Li, Jing Chen and Weimin Du, Few-layered CoHPO4·3H2O ultrathin nanosheets for high performance of electrode materials for supercapacitors, Nanoscale, 2013, 5, 5752.4. XiaoJin Wang, Huan Pang,* Shanshan Zhao, Weifang Shao, Bo Yan, Xinran Li, Sujuan Li, Jing Chen, and Weimin Du, Ferric phosphate hydroxide microcrystals for highly efficient visible-light-driven photocatalyst, ChemPhychem, 2013,11, 2518.5. Weimin Du, Xiehuan Wang, Hui Li, Ding Ma, Suhan Hou, Jiangshan Zhang, Xuefeng Qian, and Huan Pang,* ZrO2/Dy2O3 Solid Solution Nano-materials: Tunable Composition, Visible-lightresponsive Photocatalytic Activities and Reaction Mechanism, Journal of the American Ceramic Society, 2013, In Press6. Huan Pang, * Chengzhen Wei, Yahui Ma, ShanshanZhao, Guochang Li, Jiangshan Zhang, Jing Chen and Sujuan Li, Nickel phosphite superstructures assembled by nanotubes: original application for effective electrode materials of supercapacitors, ChemPlusChem, 2013, 78, 5467. Huan Pang*, Shaomei Wang, Guochang Li, Yahui Ma, Juan Li, Xuexue Li, Li Zhang, Jiangshan Zhang and Honghe Zheng*, Cu Superstructures original fabricated by tree leaves and Cu-MnO2 superstructures for high performance supercapacitors, J. Mater. Chem. A, 2013, 1, 5053–50608. Baiqing Yuan, Xiaoying Zeng, Dehua Deng, Chunying Xu, Lin Liu, Jiayu Zhang, Yan Gao, Huan Pang*, Electrochemical determination of glutathione based on electrodeposited nickel oxide nanoparticles modified glassy carbon electrode, Anal. Methods, 2013, 5, 1779-1783.9. Huan Pang*, Zhenzhen Yan, Yahui Ma, Guochang Li, Jing Chen, Jiangshan Zhang, Weimin Du and Sujuan Li, Cobalt pyrophosphate nano/microstructures as promising electrode materials of supercapacitor, J Solid State Electrochem, 2013, 17, 1383–1391.10. Su-Juan Li, Jun-Zhi He, Meng-Jie Zhang, Rong-Xia Zhang, Xia-Lei Lv, Shao-Hua Li, Huan Pang*,Electrochimica Acta, 2013, 102, 58.11. Su-Juan Li, Guo-Yan Zhao, Rong-Xia Zhang, Ya-Li Hou, Lin Liu, Huan Pang*, A sensitive and selective nitrite sensor based on a glassy carbon electrode modified with gold nanoparticles and sulfonated graphene, Microchimica Acta，2013, 108, 821.12. Xinjun Wang, Zhenzhen Yan, Huan Pang*, Weiqiang Wang, Guochang Li, Yahui Ma, Hang Zhang, Xuexue Li, Jing Chen, NH4CoPO4·H2O microflowers and porous Co2P2O7 microflowers: effective electrochemical supercapacitor behavior in different alkaline electrolytes, Int. J. Electrochem. Sci. 2013, 3768-3785.13. Guoyan Zhao, Huan Pang*, Huiyun Li, Juan Li, Bo Yan, Yahui Ma, Guochang Li, Jing Chen, Jianshan Zhang and Honghe Zheng*, Copper (II) oxide phosphate superstructures: their primarily application as effective antimicrobial materials, Int. J. Electrochem. Sci., 2013, 8, 490-50314. Yuanying Liu, Huan Pang*, Jinfu Guo, Weiqiang Wang, Zhenzhen Yan, Le Ma, Yahui Ma, Guochang Li, Jing Chen, Jiangshan Zhang and Honghe Zheng,* Hydrated cobalt nickel molybdate nanorods as effectively supercapacitor electrode materials, Int. J. Electrochem. Sci., 2013, 8, 2945 - 295715. Huan Pang*, Shaomei Wang, Xuexue Li, Shanshan Zhao, Nannan Zhang, Jing Chen, Jiangshan Zhang, Honghe Zheng*, and Sujuan Li, Controlled fabrication of iron oxalate hydrate microstructures and study of their electrochemical properties, Int. J. Electrochem. Sci., 2013, 8, 4174 - 418216. Yi-Zhou Zhang, Huan Pang*, Yanqiu Sun, Wen-Yong Lai, Ang Wei, Wei Huang*, Porous tin oxide nanoplatelets as excellent-efficiency photoelectrodes and gas sensors,Int. J. Electrochem. Sci., 2013, 8, 3371 - 337817. Huan Pang*, Zhenzhen Yan, Yuanyuan Wei, Xuexue Li, Juan Li, Li Zhang, Jing Chen, Jiangshan Zhang and Honghe Zheng*, The morphology evolution of nickel phosphite hexagonal polyhedrons and their primary electrochemical capacitor applications, Part. Part. Syst. Charact. 2013, 30, 287–295.18. Huan Pang*, Yuanyin Liu, Yahui Ma, Guochang Li, Yaning Ai, Jing Chen, Jiangshan Zhang and Honghe Zheng*, Cobalt phosphite microarchitectures assembled by ultralong nanoribbons and their application as effective electrochemical capacitor electrode materials，Nanoscale，2013, 5, 503–507.19. Huan Pang*, Zhenzhen Yan, Weiqiang Wang, Jing Chen, Jiangshan Zhang and Honghe Zheng*, Facile fabrication of NH4CoPO4·H2O nano/microstructures and their primarily application as electrochemical supercapacitor, Nanoscale, 2012, 4, 5946-5953.20. Huan Pang*, Yahui Ma, Guochang Li, Jing Chen, Jiangshan Zhang, Honghe Zheng* and Jimin Du, Facile synthesis of porous ZnO-NiO composite micropolyhedrons and their application for high power supercapacitor electrode material, Dalton Trans., 2012, 41, 13221–13542.21. Huan Pang*, Yunfeng Shi, Jimin Du, Yahui Ma, Guochang Li, Jing Chen, Jiangshan Zhang, Honghe Zheng* and Baiqing Yuan, Porous nickel oxide microflowers synthesized by calcination of coordination microflowers and their applications as glutathione electrochemical sensor and supercapacitors, Electrochimica Acta, 2012,85, 265.22. Huan Pang, Feng Gao, Qun Chen, Rongmei Liu and Qingyi Lu,* Dendrite-like Co3O4 nanostructure and its applications in sensors, supercapacitors and catalysis, Dalton Trans., 2012, 41, 5862-5868.23. Huan Pang*, Jiawei Deng, Jimin Du, Sujuan Li, Juan Li, Yahui Ma , Jiangshan Zhang and Jing Chen, Porous nanocubic Mn3O4-Co3O4 composites and their application as electrochemical supercapacitor, Dalton Trans., 2012, 41, 10175.24. Huan Pang*, Weiqiang Wang, Zhenzhen Yan, Hang Zhang, Xuexue Li, Jing Chen, Jiangshan Zhang and Bing Zhang, Porous Mn3[Co(CN)6]2 nH2O nanocubes as a rapid organic dyes adsorption material, RSC Adv., 2012, 2, 9614-9618.25. Huan Pang*, Bo Zhang , Jimin Du , Jing Chen , Jiangshan Zhang and Sujuan Li, Porous nickel oxide nanospindles with huge specific capacitance and long-life cycle, RSC Adv., 2012, 2, 2257-2261.26. Huan Pang*, Jiawei Deng , Shaomei Wang , Sujuan Li , Jimin Du , Jing Chen and Jiangshan Zhang, Facile synthesis of porous nickel manganite materials and their morphology effect on electrochemical properties, RSC Adv., 2012, 2, 5930-5934.27. Huan Pang*, Jiawei Deng, Bo Yan, Yahui Ma, Guochang Li, Yaning Ai, Jing Chen, Jiangshan Zhang, Honghe Zheng* and Jimin Du, Cupric oxide nanorods on double-face copper micropuzzles electrode as promising anode materials for lithium ion batteries, Int. J. Electrochem. Sci.，2012, 7, 10735-1074728. Huan Pang*, Zhenzhen Yan, Weiqiang Wang, Yuanyuan Wei, Xuexue Li, Jing Chen, Jiangshan Zhang and Honghe Zheng,* Template-free controlled fabrication of NH4MnPO4·H2O and Mn2P2O7 micro-nanostructures and study of their electrochemical properties, Int. J. Electrochem. Sci.，2012，7, 12340 - 1235329. Sujuan Li, Yunfeng Shi, Lin Liu, Lingxiao Song, Huan Pang * and Jimin Du, Electrostatic self-assembly for preparation of sulfonated graphene/gold nanoparticle hybrids and their application for hydrogen peroxide sensing, Electrochimica Acta, 2012, 85, 628.30. Dehua Deng, Huan Pang*, Jimin Du, Jiawei Deng, Sujuan Li, Jing Chen and Jiangshan Zhang, Fabrication of cobalt ferrite nanostructures and comparison of their electrochemical properties, Crys. Rese. Tech., 2012, 47, 1037.31. Dehua Deng, Ning Xia , Sujuan Li, Chunying Xu, Ting Sun, Huan Pang,* and Lin Liu, Simple, Fast and Selective Detection of Adenosine Triphosphate at Physiological pH Using Unmodified Gold Nanoparticles as Colorimetric Probes and Metal Ions as Cross-Linkers, Sensors, 2012, 12, 15078.32. Huan Pang, Feng Gao, Qingyi Lu*, Glycine-assisted double-solvothermal approach for various cuprous oxide structures with good catalytic activities, CrystEngChem, 2010, 406-41133. Huan Pang, Qingyi Lu*, Changyun Chen, Xiaoran Liu, Feng Gao*, Facile synthesis of Ni3(BO3)2 nanoribbons and their antimicrobial, electrochemical and electrical properties, J. Mater. Chem., 2011, 21, 13889.34. Huan Pang, Qingyi Lu*, Feng Gao*, Graphene oxide induced growth of one-dimensional fusiform zirconia nanostructures for highly selective capture of phosphopeptides, Chem. Commun., 2011, 47, 1177235. Huan Pang, Yecheng Li, Qingyi Lu*, Lina Guan, Feng Gao*, TiO2/Ni nanocomposites: good biocompatibility and recyclable photocatalysts,Catal. Commun., 2011, 12, 611-61536. Huan Pang, Qingyi Lu*, Yizhou Zhang, Yecheng Li, Feng Gao*, Selective synthesis of nickel oxide nanowires and length effect on their electrochemical properties, Nanoscale, 2010, 2, 920-92237. Huan Pang, Qingyi Lu*, Jianjun Wang, Yecheng Li, Feng Gao*, Glucose-assisted synthesis of metal copper nanostructures for applications as nonenzymatic glucose biosensor, Chem. Commun., 2010, 46, 2010-2012.38. Huan Pang, Feng Gao, Qingyi Lu*, Morphology effect on antibacterial activity of cuprous oxide, Chem. Commun., 2009, 1076-107839. Huan Pang, Qingyi Lu*, Yecheng Li, Feng Gao*, Facile synthesis of nickel oxide nanotubes and their antibacterial, electrochemical and magnetic properties, Chem. Commun., 2009, 7542-754440. Huan Pang, Feng Gao, Lina Guan, Yiming Huang, Qingyi Lu*, Magnetic field-assisted hydrothermal synthesis of magnetic microwire arrays, Chem. Phys. Lett., 2009, 482, 118-122Feng Gao*,Huan Pang, Shuoping Xu, Qingyi Lu*, Copper-based nanostructures: promising antibacterial agents and photocatalysts, Chem. Commun., 2009, 3571-3573

复合材料(Composite materials)，是以一种材料为基体(Matrix)，另一种材料为增强体(reinforcement)组合而成的材料。各种材料在性能上互相取长补短，产生协同效应，使复合材料的综合性能优于原组成材料而满足各种不同的要求。复合材料的基体材料...

学习了

资料是网上查的，不好意思。 这样专业的问题建议问老师或相关专业人士。 半导体有好多种类，归类要看具体那一种吧。

分辨率是扫描电镜最基本的性能判断指标，首先我们要弄清扫描电镜分辨率的一些细节问题。通常有关分辨率的问题，都会遵循瑞利判据。即一个光点按照衍射理论会是一个衍射斑，两个光点逐步靠近时，对应的衍射斑也从分离趋于重合。当两个衍射斑的半高宽重叠，则认为不可区分了。此时两个衍射斑之间的距离即为分辨率。 但一般单帧图像的仪器才完全符合此规律，比如TEM、光学显微镜等。扫描电镜的分辨率以瑞利判据为基础，但也却略有不同。扫描电镜是属于电子束移动型的，并不完全适用半高宽重合的概念。 扫描电镜的分辨率分为理论分辨率、验收分辨率，和一般测试过程中能达到的分辨率。1. 理论分辨率 扫描电镜的理论分辨率只能用电子束束斑所能达到的最小尺寸来进行描述，其达到样品上的束斑的直径理论上为：b9827a5e-d07e-4392-b391-100466e5b29837b6e031-5c12-4b62-a75d-6df24182153e 其中，d为理想状况下电子源汇聚点经过电磁透镜成像后的束斑大小、CS为电镜的球差系数、CC为色差系数、ΔV为灯丝单色性、V为加速电压、I0为束流、B为灯丝亮度、α为电子束汇聚的张角，λ为电子波长（远小于其它项）。 束斑直径D越小，电镜分辨率越高。我们详细分解一下上述公式： ① 高斯束斑dk项： 在不考虑任何非理想因素时，将电子镜筒完全看成是光学成像。电子源发出的电子在经过透镜、光阑、物镜后，束斑变小，这和光学仪器中的逐次成像基本一致，如图。96234401-7e1e-4227-be63-c6d8f20668fc电子束的逐次汇聚成像根据图中，我们可以得到到达样品上的束流I0为6a3a219e-0b3a-4d3e-a1ed-1d9cfa82ebf7 其中，αa越小，αj越大，束流越小。αa对应的光阑大小，αj对应聚光镜的励磁。再根据透镜逐次成像公式，我们得到束斑直径d为3092e3da-4576-48c2-acf8-3bee3b2828cb 或者根据亥姆赫兹-拉格朗日定则同样得到束斑直径d为37b6e031-5c12-4b62-a75d-6df24182153e 由公式我们便可得知不同的电子源d0相差很大，所以对d乃至最后实际电子束的直径有很大影响。其次，工作距离越近S越小，汇聚角α越大，聚光镜励磁越强αj越大，光阑孔径越小αa越小，均是有利于减小最后的束斑尺寸。 从这一点我们也能得出一个简单的结论，在实际操作过程中工作距离越小、光阑孔径越小、束流越小，分辨率越高。

大概一个模板Self-assessment:Have a strong ability to learn, willing to enrich thr professional and vocational width.Be good at team-work and coordnation. Life optimism and can actively deal with conflict work task. ......Work experience:.....Project experience:...Education background:....

Wooden material in the packaging field of the current situation and development Abstract:This article introduces the concept of wooden materials and nature, and compare with other materials,we find some features of wood materials ,summary that the Wooden material in the packaging field of the current situation and development in the development of a number of problems, and briefly introduced in the arts and the application of wood-plastic composite materials.Key words:Wooden material ,Packaging canner ,man-made board ,Surface decoration ,wood-plastic composite materials

I think a lot about the old days.

宋应星重视社会生产和商品经济的发展，重视人的劳动技能和生产工具，这是进步的观点。宋应星具有这样的观点，又进行了长期的实地考察和研究工作，终于写出了《天工开物》这部不朽之作。“天工开物”一语是什么意思呢？“天工”一词最早见于先秦古籍《尚书》；“开物”一词源出另一先秦古籍《易经·系辞上》。天工指的自然力，开物则指的人工。在宋应星看来，包括天地万物在内的整个自然界，是靠自身的运动变化(所谓“天工”)形成的。但是“人工”往往“巧夺天工”，有许多先进的发明创造。《天工开物》一书就论述了劳动者“巧夺天工”的技艺。总的来说，在人类社会中，是由于“天工”和“人工”的共同作用，才创造出万物。“天工开物”的意思就是“自然和人工共同开创万物”。

nani和女朋友没有分手，nani成为了实力演员,并结束恋爱长跑和女朋友结婚了。

《天工开物》的作者是明代的宋应星。作者通过实地观察研究，参照有关典籍，全面系统记述、总结中国古代农业和手工业的生产技术。全书共18卷，分3编，插图123幅。第一篇《乃粒》是讲耕种，第二篇《乃服》讲蚕桑，第三篇《彰施》讲颜料制造，第四篇《粹精》讲米粮，第五篇《作咸》讲制盐，第六篇《甘嗜》讲种蔗、制粮和养蜂。其它尚有《陶埏》、《冶铸》、《舟车》、《锤锻》、《燔石》、《膏液》(讲榨油)、《杀青》、《五金》、《佳兵》、《丹青》、《曲蘖》(讲酿酒)、《珠玉》等篇，都是有关手工业生产技术的。著作影响《天工开物》文字都用自己的语言写成，绝不引经据典。说明所记都是来自作者的实际考察。每篇后面附图多幅，表示具体的操作方法。该书反映了明代以前我国科学技术发展水平，在科技史上占有十分重要的地位。该书初刻于明崇祯十一年，后来晦没不彰，《明史·艺文志》竟无著录。藏书家遍访不得。直到1929年才由日本传回。有《喜咏轩丛书》本、《万有文库》本、《国学基本丛书》本等。现已发现了该书的初刻本。

纳尼是中泰混血的。今年31岁的他还像个20岁的小伙子，他的妈妈是中国台湾人，爸爸是泰国人，他是韩国男子演唱组合2PM成员，2011年成为首个在杜莎夫人蜡像馆展出蜡像的歌手。

descend和decline区别是意思不同，用法不同以及侧重点不同。两者都有下降的意思，decrease专指数值上的下降，减少。 decline除了数值上的还能指能力等抽象量的下降。 扩展资料 　　descend和decline区别 　　一、意思不同 　　1.descend：下降; 降临; 下去; 下来; 下斜; 下倾; 来临 　　2.decline：作名词时的"意思是“下降；衰退；斜面”，作动词时的意思是“下降；衰落；谢绝”。 　　二、用法不同 　　1.descend：descend的基本意思是“下来”“下去”，可指物体向下降落，也可指沿着山坡、梯子、台阶、树干等表示斜线或斜坡的物体下降。 　　2.decline：decline用作动词的基本意思是有礼貌地拒绝邀请、给予或服务。引申可表示“衰落，降低”“倾斜，下降”“下沉”。作“辞谢，谢绝”解时多用作及物动词，其后可接名词、动名词或动词不定式作宾语。 　　三、侧重点不同 　　1.descend：表示空间位置的从高到低。 　　2.decline：表示数量或能量的下降。

自我 自负 自我意识

只有韩庚一个是中国人 其他都是12只韩国人 LZ真欠揍你问SJ中有几个中国人那肯定只有一个啊你又没问SJM那个姓周的和姓刘的滚开点

不太确定

konoyodeichibanyowaimonowanani?【日文】この世で一番弱いものは何だ？【中文】这个世上最弱东西是什么？===满意的话别忘了采纳哦保证正确哟

“天工，人其代之。”——《尚书》 “开物成务。”——《易经》 《天工开物》的由来来源于《尚书》和《易经》，意思是用人的聪明才智开发万物，与自然和谐相处，相互协调。 今天看的《典籍里的中国》之《天工开物》和昨天看的一篇关于“人与物”之间的联系不谋而合。 当我们思考人与物之间的联系，科技就得以发展。 《天工开物》的作者宋应星，和兄长宋应升六次应试六次落榜，从青年到中年他们兄弟俩一直奔波在考场的路上。 虽然六次落榜，但路上看到的学到的农业、纺织和手工业等技术深深地烙在宋应星的脑海里。 于是他决定写一本记录工艺技术，传承于后人的好书。 他的信念与当代“杂交水稻之父”袁隆平院士的“禾下乘凉，天下富足”的心愿不谋而合。 舞台上，当宋应星穿越现代与袁隆平院士跨时空握手的那一幕，深深地震撼了现场的观众，包括电视机前的我，我们忍不住热泪盈眶… “古人天工开物，今人继往开来！” 在这追求功名利禄浮躁的社会，有时候我们需要静下心来看一些“于功名进取毫不相关也”的书。 几次热泪盈眶，洗去我心上的灰尘。感恩！

reluctanttoleavedon"thavethehearttoleave

on the decline在走下坡路；在衰退中； decline and fall衰亡，衰败； in decline在衰退中； economic decline经济衰退 扩展资料 　　decline toward向…下沉； 　　decline with婉言谢绝； 　　decline westward向西下沉； 　　decline courteously有礼貌〔巧妙〕地谢绝； 　　decline drastically急剧下降； 　　decline stage衰退期；下降阶段

nine是中泰混血。高卿尘本名是康齐特·本萨提帕迪，别名nine、小九，1999年7月11日出生，泰国男演员、模特、歌手，现以创造营决赛第五名成绩出道，成为男子演唱组合INTO1成员。高卿尘目前还是大学生，就读于泰国易三仓大学。高卿尘还以演员身份主演了泰剧《逐月之月2》饰演Kit。

#808080。在HTML的颜色属性值中，“gray”是灰色，代码为#808080。RGB色彩模式是工业界的一种颜色标准，是通过对红(R)、绿(G)、蓝(B)三个颜色通道的变化以及它们相互之间的叠加来得到各式各样的颜色的，RGB即是代表红、绿、蓝三个通道的颜色，这个标准几乎包括了人类视力所能感知的所有颜色，是运用最广的颜色系统之一。

nanniなんに何に

1.refuse　　1. refuse + 名词，意为“拒绝……”。　　例1　The official refused the glove money from a businessman. 那个官员拒绝接受生意人的礼金。　　2. refuse sb. sth.，意为“拒绝某人某物”。　　例2　I just can"t refuse my granddaughter anything.我就是无法拒绝我孙女的任何要求。　　3. refuse to do sth.，意为“拒绝做某事”。　　例3　Some university students from the countryside refused to take any donation. 一些农村来的大学生拒绝接受任何捐款。　　例4　Yesterday my car refused to start. 昨天我的车子发动不起来。　2.　reject　　除了有“拒绝”之意外，常用于reject sth./sb.的结构，意为“排除；摒弃”。　　例5　The doctor rejected the student after the physical examination. 医生对这个学生体检后，认为他身体不合格。　　例6　The social worker"s sincere advice finally made him reject his bad habit of drinking every day. 社工的诚心建议最终使他摒弃了每天喝酒的坏习惯。　　例7　His appeal has been rejected. 他的上诉被驳回了。　　3.deny　　含义较广，有“拒绝；否认；不承认；节制；摒弃”等含义。　　1. deny +名词 / 动名词，意为“否认；不承认”。　　例8　The accused man denied the charge against him in the court. 在法庭上，被告否认了对他的控告。　　例9　The president has denied having made any statement to that effect. 总统否认曾就那件事做过任何声明。　　例10　She denied knowing anything about the coming examination. 她否认她知道关于下次考试的任何事情。　　2. deny + that从句，意为“否认（某事或某说法）”。　　例11　The driver denied that he was responsible for the car accident. 司机不承认在这次车祸中的责任。　　例12　I can not deny that the failure of my eyesight has been a heavy blow to me. 不可否认我的视力衰退对我是个严重的打击。　　3. deny + to do sth.，意为“否认做了某事”。　　例13　The lawyer denied this to be the case. 律师否认这是事实。　　4. deny + oneself + 名词，意为“拒不”。　　例14　The famous poet lived in a quiet countryside and denied himself to any visitors. 那个著名诗人住在安静的乡下，不会见任何来客。　　例15　I told my wife to deny myself to any callers. 我对妻子说无论谁来拜访，我都不见。4.decline婉拒;谢绝[+to-v]She declined their invitation. 她婉拒了他们的邀请。 She declined to have lunch with her friend, saying that she wasn"t feeling well. 她说她身体不舒服,婉拒了与她的朋友共进午餐。 5.turn down 相当于及物动词，refuse 是及物动词兼不及物动词。turn down 通常指拒绝一个“提案、建议”。有的时候他们可以互换。

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宋应星是明末著名科学家。他的代表作《天工开物》图文并茂，详细记载了各种农作物和手工业原料的种类、产地、种植加工以及手工业生产技术，提供了大量确切数据，被誉为17世纪中国科技的百科全书。 《天工开物》先后被译成日、英、德、法、意、俄等多种文字，在世界科学技术从古代中世纪传统向近代科技转变的潮流中产生了一定影响。 明清之际，一些科学家重视实验，注重运用数理方法，开始显露出一些近代科学研究的特点。但从总体来看，明清的科学技术和西方近代科技相比，已远为逊色。特别是清朝实行文化专制，闭关锁国，使中国和西方科技水平的差距越拉越大。

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SPSS有很多统计内容，包括非线性回归，特殊因变量数据模型，时间序列模型，面板数据，类聚等等在经济管理领域，工程物理领域使用较多！