水合

鲱精DNA纤维水合状态的拉曼分析

Raman Spectroscopic Investigation of the Hydration State of Herring Sperm DNA Fiber

BDNA分子中互补碱基对GC、AT水合作用的研究

A Study of the Hydration of Complementary Bases G-C , A-T in B-BNA Molecule

水合氯醛不同用药途径在婴幼儿MR扫描中镇静作用对比研究

The Contrast Study of Composure Function of Different Applied Methods of Chloral Hydrate in Infant With MR Examination

不同pH值介质中硅灰与水作用时，其水合作用将随着水的pH值的不同而发生变化。本文对代表硅灰在不同pH值环境中的水合作用进行了研究。

The hydration of silica dust in different pH mediums and its mechanism are studied .

选择己二酸（A）、磷酸二氢铵（B）、水合抑制剂（C）和吸氢剂（D）等四种溶质为考察因素，采用均匀设计法构成初始单纯形。

Four solutes were selected for experimental factors and the initial simplex was built in term of the uniform design method .

采用不同的前驱物，以水合肼为还原剂制备了不同形貌的纳米Cu2O。

The Cu2O nanocrystals of different morphologies were prepared using hydrazine hydrate as the reducing agent .

采用XRD、TEM、TG测试手段对水合氧化铝进行表征。

Characterizations of the synthesized hydrous alumina were conducted by X-Ray , TEM and TG .

对MgO重新水合及两类羟基的研究

Studies on Renew Hydration of MgO and Two Types of Hydroxyl Groups

γ-Al2O3载体水合及其对耐硫变换催化剂性能的影响

Hydration of γ Al 2O 3 and its influence on performances of sulfur tolerance shift catalyst

沉积物中有机质及金属水合氧化物对γ-666、p，p′-DDT缺氧生物降解性影响

The Effects of Organic Matter and Hydrous Metal Oxides on the Anaerobic Degradation of γ - 666 , p , p ′ - DDT in Liaohe River Sediments

用化学氧化法从水溶液中制备Tb（Ⅳ）水合氧化物及其性质的研究

Preparation of Tb (ⅳ) Oxide Hydrate by Chemical Oxidation from Aqueous Solution and Study on its Properties

利用水合肼还原GO制备石墨烯，然后采用电化学沉积法制备了铂/石墨烯修饰电极（Pt/graphene）。

The graphene was prepared by reduction of GO with hydrazine hydrate , then the Pt / graphene modified electrode was prepared by electrochemical deposition of Pt on the surface of graphene .

MgCl2·nH2O的溶解与水合热化学研究

Thermo-chemical Study of Dissolution and Hydration of MgCl_2 · nH_2O

本文通过对BDNA分子中互补碱基对AT、GC水合作用的量子化学计算以及最优化处理求得了它们水合作用的最优配位模式。

The optimal co-ordination mode for the hydration of complementary bases G-C , A-T in B-DNA molecule has been derived by using quantum chemical calculations and empirical potential energy functions .

光度法研究[Co（NH3）5Cl]Cl2配合物水合反应机理

Mechanism Study of Hydration by Spectrophotometric Method

在表面活性剂聚乙烯吡咯烷酮（PVP）的保护下，采用水合肼于水体系中还原镍盐而得到镍纳米粒子。

Nickel salts were reduced to nickel nanoparticles by hydrazine reduction method in the water system .

钛渣酸解液制取水合TiO2及杂质行为研究

Research on the Preparing Hydrated TiO_2 from Acid-Leach Liquor of Ti-bearing Slag and the Behavior of Impurities

分解率大小的比较表明，水合硅酸钙在苛性碱溶液中的稳定性明显大于dηSiO2为水合在碳酸钠溶液中的稳定性。

The comparison on decomposition ratio in different solution indicate that calcium hydrate silicate is unstable in soda solution .

通过对模型的分析，发现可用化工易控的溶液的pH值和水量来准确控制水合过程，其中溶液的pH值对水合过程的影响更大。

Based on this model , the pH value and the quantity of water are choused as the control variables and it is also found the influence of pH is bigger .

水合反应和氧化铁对CaO颗粒脱硫反应作用的Arrhenius表达

Arrhenius Expression of the Effect of Hydration Reaction and Fe_2O_3 Particles on the Desulfurization Reaction with CaO Particles

水合肼处理CaCO3中高温净化焚烧烟气的研究

Incineration flue gas scrubbing with hydrazine hydrate treated caco_3 under moderate to high temperatures

用TGDTG技术研究了一水合草酸钾在静态空气中的热分解过程。

The thermal decomposition of the potassium oxalate monohydrate in a static air atmosphere was investigated by TG-DTG techniques .

采用薄膜蒸发-高压均质法制备维生素E（VE）脂质体，研究了VE脂质体配方中不同成分的比例及水合介质对脂质体包封率的影响。

VE liposome was prepared by thin-film evaporator and high pressure homogenization method . The influence of proportion of components in VE liposome and hydration medium on encapsulation efficiency were studied .

采用松木碳为载体和水合肼为还原剂，通过化学还原沉积法制得Pt／C和PtCr／C催化剂。

The Pt / C and PtCr / C catalysts were prepared by chemical reduction deposition , using pine carbon as support and hydrazine hydrate as reducing agent .

溶液中稀土水合离子以阳离子成分为主，相比Al（Ⅲ），Cr（Ⅲ）在相同条件下有较小的尺寸。

It is found that the main components are canon in RE water solution & the aquo - ions is smaller than Al (ⅲ), Cr (ⅲ) in size at same condition .

结果表明：Fe-Al复合催化剂催化水合肼还原硝基的选择性≥99%；

The results showed that the selectivity of the catalytic reaction is over 99 % .

硫酸羟胺与水合肼对B-Z反应的影响

The Effects of Hydroxylamine Sulfate and Hydrated Hydrazine on the B-Z Reaction

TFS的表面是由底层的金属铬层和上层的水合氧化物两部分组成。

The surface of TFS is made up of Cr and hydrous oxide .

研究结果表明，水合肼还原法回收海绵铜，在pH值为60，反应温度40℃，水合肼的投加浓度为3%时，铜的回收率达到了98%以上。

The experimental results showed the recovery rate of copper sponge can reach 98 % when pH is 6.0 , reaction temperature is 40 ℃ and the dosage of hydrazine hydrate is 3 % .

研究工作包括理论和实验两部分。在理论部分，首先对水合肼还原NOx的反应进行了化学热力学和化学动力学计算研究。

In the part of theory study , the law of N_2H_4 reducing NOx was studied by chemical thermodynamics calculation and chemical reaction kinetics calculation .