- 更多网络例句与非极性的相关的网络例句 [注：此内容来源于网络，仅供参考]
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The process of the removal of a apolar molecule or the hydrophobic moieties from water can be considered as two steps: One is the destructuring of the water in the vicinity of the surface of the solute molecules, and the other is the cavity holding the hydrocarbon molecule collapses.
非极性分子或极性分子的疏水部分从水中逸出的过程可视为由两部分组成：一是非极性分子周围的水分子的有序排列结构被破坏；二是水中容纳非极性分子的空穴倒坍。
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CBC-SH can be dissolved in nonpolar organic solvent but not in water.
合成的CBC-SH溶于非极性的有机溶剂，不溶于水。
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Primal problem of this technique is poor compatibility between the polar nylon and the nonpolar polyolefins.
其中的关键是要解决非极性的聚烯烃与强极性的尼龙之间相容性差的问题。
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The polar hydrophilous amino acid Thr is replaced by an unpolar hydrophobous amino acid Ile, a hydrogen bond changed in the higher structure and the point is far away from the active center, so it doesn't influence the activity and thermostability a lot.
亲水的Thr108突变成非极性的Met，导致与该位点空间相邻的N116亲水氨基酸His的极性残基——咪唑环产生空间电位排斥，从而造成His所在的β折叠构象发生改变。
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From the photophysical behaviors of 1, 3, 4-triaryl-2pyrazoline compound (TPP16) at low temperature, it can be considered that the twisted configuration between pyrazoline ring and the non-substituted phenyl group on the position 1 is the fluorescence configuration of conjugated system Ⅰ, and the twisted configuration between pyrazoline ring and P-nitrobenzene group is fluorescence configuration of conjugated system Ⅱ.
研究了1，3，4-三芳基-2-吡唑啉化合物TPP16在低温时的发光情况，发现：在低温77K下，共轭体系Ⅰ(苯基-N1-N2＝C3-苯基)在非极性溶剂中不发荧光，在极性溶剂中有较强荧光发射；而共轭体系Ⅱ(N1-N2＝C3-C4＝对硝基苄叉)在非极性溶剂或极性溶剂中均有荧光发射，表明N1所联取代基与吡唑啉环相扭曲的构象是共轭体系Ⅰ的发光构象，而对硝基苄叉与吡唑啉环相扭曲的构象是共轭体系Ⅱ的发光构象。
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Among the five oily ingredients tested, C16~18 fatty alcohol can well facilitate the formation of liquid crystal; polar materials PPG-15 stearyl ether and stearic acid are not favorable for the formation of liquid crystal, while non-polar material white oil shows no effect on the formation of liquid crystal.
在所研究的五种油质原料中，十六~十八醇可以很好的促进液晶结构的形成；极性的 PPG-15硬脂醚与十八酸不利于液晶的形成；而非极性的白油则不影响体系液晶结构的形成。
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In comparison, if the main composition is unpolar, the effect is undistinct.
极性的连续相可通过蒙脱土的加入而大大改善体系的相容性，非极性的连续相将致使蒙脱土不能发挥任何增容作用。
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The application results from fluorination showed microwave heating could accelerate chemical reactions markedly. The reaction time could be shortened 50% at least than that of conventional heating. The relationship between fluorinating agents\' structure and their activity was studied systematically. In addition, an anhydrous KF with higher activity was prepared by using expansion effect of microwave heating. As we known, solvents were very important to reaction. The comprehensive study showed some less polar aromatic solvents could be used as dipolar solvents. In addition, they had better effect than dipolar solvents in some occasions, such as fluorination of chlorobenzaldehydes and chlorinated diphenyl ketones etc. The primary applications of ionic liquids were also studied which indicated reactions with ionic liquids as solvents were more efficient and simple.
研究表明，微波是一种节能高效的加热方式，在微波作用下的卤素交换氟化反应具有反应速度快、转化率高、选择性好的优点，其反应时间可较常规加热缩短50%以上；同时也系统地研究了氟化剂种类及制备方式对其反应活性的影响，并利用微波加热的膨化作用制备出了一种活性较高的KF，其活性与喷雾干燥KF相差不大；溶剂对反应具有重要的作用，在此系统地研究了强极性非质子溶剂和中等极性非质子溶剂的应用情况，发现一些中等极性的非质子溶剂如硝基芳烃和氯代芳烃类溶剂在氯代苯甲醛类化合物的氟化反应中具有比强极性非质子溶剂更好的使用效果。
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Effect of chemical properties of naphthalene derivatives on adsorption was discussed, and it was concluded that naphthylamines with small dipole moment were ready to be adsorbed on nonpolar XAD-2 and XAD-4, while naphthols with high dipole moment were more likely adsorbed on XAD-7 and XAD-8 with medium polarity.
讨论了萘系列化合物性质对于吸附的影响，发现偶极矩小的萘胺分子更容易在非极性的XAD-2和XAD-4上吸附，而偶极矩大的萘酚更容易在中极性的XAD-7和XAD-8树脂上吸附。
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In this work, the ionic liquids was used as the microwave absorption medium and an ionic liquid-non polar solvent microwave extraction method was developed. The proposed method was applied to the extraction of the chemical constituents from the root of Panax ginseng C.M.
以离子液体作为微波吸收介质建立了离子液体-非极性溶剂微波提取法，对人参中的化学成分进行了提取，并将该法与固体微波吸收介质-非极性溶剂微波提取法、极性溶剂微波提取法以及混合溶剂微波提取法进行了对比。
- 更多网络解释与非极性的相关的网络解释 [注：此内容来源于网络，仅供参考]
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apolar：非极性的
apogee 远地点 | apolar 非极性的 | apollo 阿波罗飞船
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apolar adsorption：非极性吸附
apogranite 变花岗岩 | apolar adsorption 非极性吸附 | apomagmatic 外岩浆的
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apolarity：从配极性
apolar 非极性的 | apolarity 从配极性 | apothem 边心距
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cage structure：笼形结构[非极性分子周围的水分子所形成的有序结构]
cage effect 笼效应 | cage structure 笼形结构[非极性分子周围的水分子所形成的有序结构] | calbindin 钙结合蛋白
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nonpolar covalent bond：非极性共价键
"非极性的","nonpolar" | "非极性共价键","nonpolar covalent bond" | "非极性矿物","nonpolar mineral"
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nonpolar：非极性的
nonmetal 非金属 | nonpolar 非极性的 | nonpolar molecule 非极性分子
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nonpolar：无极性的
nonplanar microstrip antenna 非平面微带天线 | nonpolar 无极性的 | nonrepudiation 认可
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nonpolar molecule：非极性分子
nonpolar 非极性的 | nonpolar molecule 非极性分子 | nonpolarizing electrode 不极化电极
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hydrophobic labeling：疏水标记[例如通过非极性相互作用对蛋白质的内核进行光标记]
hydrophobic collapse 疏水折拢[由疏水作用而引起肽链的折叠] | hydrophobic labeling 疏水标记[例如通过非极性相互作用对蛋白质的内核进行光标记] | hydrophobicity 疏水性
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Nonpolarizable：非极性的=>非分極性
nonpolar dynamo 单极发电机 | nonpolarizable 非极性的=>非分極性の | nonpolarized electrode 乏极化电极