temperature of +75°C(+167°F)是形容词短语?为什么放在句末?

1496897952022-10-04 11:39:541条回答

temperature of +75°C(+167°F)是形容词短语?为什么放在句末?
).Hardened-Optical Network Terminals(H-ONTs) can be operated in a
maximum room ambient temperature of +75°C(+167°F).

已提交,审核后显示!提交回复

共1条回复
Mrs_K 共回答了18个问题 | 采纳率100%
因为所以d
1年前

相关推荐

英语翻译Th The gelling and melting temperature of 10 (w/w)% FG1
英语翻译
Th The gelling and melting temperature of 10 (w/w)% FG1 solutions were also studied by varying pH and ionic strength,as given in Fig.7(b) and (c),respectively.A 10% FG1 solution has an ambient pH-value of 5.2 and gels at 4.5 °C (tg,0) and melts at 13 °C (tm,0).e change in gelling and melting temperature at varying pH-values seems to have the same pH-dependence as the rigidity modulus,but the decrease at high and low pH is not as pronounced as for the modulus.As for the storage modulus,the drop in tg and tm is probably due to increased charge density which disfavours formation and stabilisation of the gelatin network.
From Fig.7(c) it can be seen that the gelling and melting temperatures are almost unchanged at low ionic strengths.When the ionic strength is further increased both tg and tm decline.At high ionic strengths (>0.5 M) FG does not gel immediately at 4 °C,but has to be kept at this temperature for several minutes before the solution solidifies.The time at 4 °C needed before gelation occurred increased with increasing salt concentration.Addition of 1.0 M NaCl lowers tm to almost The reduction in tg and tm is probably due to a reduced electrostatic interaction preventing attractive ionic inter-chain bridging and gelation of FG.These results are in agreement with earlier work ([Sarabia et al.,2000]) on the melting temperature for megrime gelatin.At 0.1 M NaCl the melting temperature was almost unchanged,but at 0.5 M NaCl the melting temperature decreased considerably.Again,this suggests that electrostatic interactions are important for the formation and stability of the gelatin gel network.
要意译不要单词的组合
vincenta1年前4
fzzsfa 共回答了18个问题 | 采纳率94.4%
次胶和融化温度10(-/-)%fg1还研究了不同的解决pH值和离子强度, 反观无花果. 7(b)和(c). 已经解决了10%fg1周围的pH值为5.2和4.5℃凝胶(热饮料)及熔体13 ℃蛋白(TM饮料). 凝胶熔化温度变化及电子不同的pH值似乎有相同的pH依赖性为刚性 模,但在高低pH值下降并非如宣判至于模. 至于存储模 甘油三酯下降和TM电荷密度增加,可能是由于它的形成和巩固了disfavours 明胶网络. 从无花果. 七(三)可以看到,凝胶熔化温度低离子强度几乎不变. 当离子强度进一步增加甘油三酯和TM均下跌. 在高离子强度(>0.5米)纤维蛋白原不立即凝胶4℃ 但要保持在这个温度几分钟前解坚固. 凌晨4时发生凝胶℃才随盐浓度. 除了氯化钠1.0米降低到几乎备忘录减少可能是由于甘油三酯和TM一 防止静电吸引力降低离子间的桥梁和连锁凝胶纤维蛋白原. 这些结果与先前工作(记者Sarabia等. 曲志红)在熔化温度megrime明胶. 在0.1米氯化钠熔化温度几乎不变,但在0.5米氯化钠熔化温度下降. 再次,这表明静电相互作用都是重要的形成和稳定的明胶凝胶网络
怎么一样啊