- 更多网络例句与非电解质相关的网络例句 [注：此内容来源于网络，仅供参考]
-
It also improved Van't Hoff's equation for strong electrolyte solution and non- electrolyte solution .
对范霍夫方程从理论上给予修正，提出了非电解质溶液和强电解质溶液的新的渗透压方程。
-
Systematic isopiestic measurements have been carried out at the temperature 298.15K for the mixed nonelectrolyte aqueous solution saturated with an electrolyte {water (A1)+cadmium chloride〓(A2)+sorbitol +sucrose} and the mixed electrolyte aqueous solution saturated with another electrolyte {water (A1)+barium chloride〓(A2)+sodium chloride +ammonium chloride}, taking sodium chloride or calcium chloride as the reference standard.
以NaCl或CaCl〓为参考物，系统地测定了298.15K时一种电解质饱和的混合非电解质溶液{H〓O(A1)+CdCl〓(A2)+山梨醇+蔗糖}和一种电解质饱和的混合电解质溶液{H〓O(A1)+BaCl〓(A2)+NaCl+NH〓Cl}的等压平衡。
-
Systematic isopiestic determinations have been made at the temperature 298.15 K for the mixed nonelectrolyte aqueous solution saturated with an electrolyte and a nonelectrolyte {water (A1)+sodium chloride〓(A2)+glycine〓(A3)+sorbitol+ sucrose}, the mixed nonelectrolyte solution saturated with two electrolytes {water (A1)+sodium chloride〓(A2)+barium chloride〓(A3)+sorbitol +sucrose}, and the mixed electrolyte solution saturated with another electrolyte and a nonelectrolyte {water (A1)+barium chloride〓(A2)+mannitol〓(A3)+ sodium chloride +ammonium chloride}, taking sodium chloride or calcium as the reference standard.
以NaCl或CaCl〓为参考物，系统地测定了298.15K时一种电解质和一种非电解质饱和的混合非电解质溶液{H〓O(A1)+NaCl〓(A2)+甘氨酸〓(A3)+山梨醇+蔗糖}、两种电解质饱和的混合非电解质溶液{H〓O(A1)+NaCl〓(A2)+BaCl〓(A3)+山梨醇+蔗糖}以及一种电解质和一种非电解质饱和的混合电解质溶液{H〓O(A1)+BaCl〓(A2)+甘露醇〓(A3)+NaCl+NH〓Cl}的等压平衡。
-
The establishment of a method for prediction will be helpful for the selection of nonelectrolyte solvent systems in CCC.
这种预测方法的建立将对逆流色谱非电解质溶剂体系的选择具有较大的指导意义。
-
And it can be applied to measure the thermal conductivity of the solution of both electrolyte and nonelectrolyte.
该仪器结构简单、使用方便、适用范围较广，可用于电解质溶液和非电解质溶液。
-
The Molar conductivities in DMF solvent indicate that the complex are nonelectrolyte.
在DMF溶液中测定的摩尔电导率，其结果表明配合物为非电解质。
-
The Molar conductivity indicates that all the complexes are nonelectrolyte. IR spectra show the ligand is bonded with RE ion through its oxygen atom in hydroxyl group of phenol; NO3 is coordinated as a symmetrical chelating bidentate group; the coordinated atoms of DMF and DMSO are the oxygen atoms in carbonyl and sulfoxyl groups. Fluorescence spectrum suggests that the Tb3+complexes have characteristic luminescence and its fluorescence intensity is enhanced after doping with La3+, Gd3+, Y3+, influence of doping ions and neutral ligands have also been discussed.
摩尔电导率表明，所有配合物均为非电解质；红外光谱及核磁共振氢谱表明，对叔丁基杯[8]芳烃通过酚羟基的氧原子与稀土离子配位；硝酸根为双齿螯合配位；DMF和DMSO则分别通过羰基氧和亚砜基氧与稀土离子配位；配合物的荧光光谱表明，所有Tb的配合物具有较强的特征荧光，掺杂La~(3+)、Gd~(3+)、Y~(3+)离子对Tb~(3+)的荧光有较强的增强作用。
-
It is pointed out that the main tendency of this study is gradually turned from the traditional solution theory or semiempirical model to statistical mechanics theory , from primitive to nonprimitive electrolyte model, in o rder to estab lish the mo lecu lar thermodynam ic model at h igh level,which can predict them acroscopic thermodynamic properties of electrolyte solution system from the microscopic molecular and ionic parameters.
指出电解质溶液的研究已逐渐从经典的溶液理论和半经验模型转向用统计力学理论进行研究，从电解质的原始模型转向非原始模型。从分子和离子的微观参数出发建立高水平的热力学理论模型，以预测电解质溶液体系的宏观热力学性质，是发展的必然趋势。
-
Chapter 2: Four sulfur-containing D-glucosamine metal complexes have been synthesized M-GLUS,M = Co, Cu, Ni, Zn）and characterized by elementary analysis, molar conductance, and proton nuclear magnetic resonance.
第二章：合成了四种含硫氨基葡萄糖金属配合物（M-GLUS，M = Co， Cu， Ni， Zn），利用元素分析，摩尔电导，核磁共振氢谱进行了结构表征，结果表明含硫配体与这四种二价金属离子均形成了2：1型非电解质配合物。
-
The analysis of polymer structure indicates that the non-crystalline phase is the majority of the agglomerate structure and the crystalline phase is the minority, the highest crystal value only reaches the level of 0.1646;There is a definite interactionadditives and PVA, which not only reduces the crystal value of ASPE to make amorphous areas enlarge but also improve the ability of segmental motion by destroying the well-regulated and orderly character of polymer chain, meanwhile restricts the mobility of potassium cation and enhances the anionic transference number of hydroxide ions, all these improve the ionic conductivity;The ionic conductivity occurs essentially within the amorphous phase of the ASPE;The structure of ASPE doesnt change in the range of our test temperature, this means, the temperature only takes effect on degradation of complex in certain compositions, ionic mobility and segmental motions of the polymer chain.
聚合物结构分析表明：碱性固体聚合物电解质中凝聚态结构以非晶态为主，仅有少量的晶态，结晶度最大为0.1646；添加的各组分与PVA之间都有一定的相互作用，这种作用不仅破坏了聚合物链段的规整性，能够降低聚合物的结晶度，增大无定形区域，提高链段运动的能力，同时这种作用限制K~+离子的运动，提高OH~-的迁移率，从而提高离子电导率；碱性聚合物电解质的离子传导主要发生在无定形区；在本实验测试离子电导率温度范围内，聚合物内部的结构不会发生变化，即温度只会影响电解质内部络合物解离程度和载流子迁移以及聚合物链段运动的情况。
- 更多网络解释与非电解质相关的网络解释 [注：此内容来源于网络，仅供参考]
-
non exchangeability：非交换性
非电解质 non electrolyte | 非交换性 non exchangeability | 非适应性状 non-adaptive character
-
Nondestructive test：非破坏试验
nondestructive inspection 非破坏检查 | nondestructive test 非破坏试验 | nonelectrolyte 非电解质
-
nonelastic gel：非弹性凝胶
nonelastic collision 非弹性碰撞 | nonelastic gel 非弹性凝胶 | nonelectrolyte 非电解质
-
nonelectrolyte：非电解质
因此食盐的水溶液导电,蔗糖的水溶液不导电;我们管食盐叫电解质(electrolyte),蔗糖叫非电解质(nonelectrolyte). 自阿累尼乌斯(Arrhenius)、范特荷夫(van't Hoff)及布鲁士特(BrΦsted)诸人以来,离子及电解质溶液的研讨,即为一些化学家所热中;
-
nonelectrolyte：非电解质无忧雅思网
nondestructive inspection 非破坏检查 | nonelectrolyte 非电解质无忧雅思网!^ N7Qd'%]K1o.Lq a | nonferrous alloy 非铁合金
-
nonelectrolyte solution：非电解质溶液
nonelectrolyte 非电解质 | nonelectrolyte solution 非电解质溶液 | non-enveloped virus 无包膜病毒
-
network nonelectrolyte：非电解质网
"network; ionic","离子网" | "network nonelectrolyte","非电解质网" | "network temporary","暂时网"
-
nonexclusive surveyor：委托检查员
nonelectrolyte 非电解质 | nonexclusive surveyor 委托检查员 | nonexplosive light 防爆灯
-
nongenetic interaction：非基因交互作用
\\"非电解质溶液\\",\\"non-electrolyte solution\\" | \\"非基因交互作用\\",\\"nongenetic interaction\\" | \\"非传染病\\",\\"noninfection\\"
-
nonearning space：非营运舱位
nondurable goods 不耐久货物 | nonearning space 非营运舱位 | nonelectrolyte 非电解质