一水合物

固态硫酸锂一水合物脱水过程的非等温动力学

Non-isothermal Kinetics of the Dehydration Process for Lithium Sulfate Monohydrate in Solid State

5-氨基四唑一水合物的制备及其分子结构

Preparation and Molecular Structure of 5 Aminotetrazole Monohydrate

结论：建立的亚胺培南一水合物无菌检查法可供实用。

Conclusion : The established sterility test method for Imipenem monohydrate may be practical .

结果：确定了亚胺培南一水合物无菌检查法的最佳冲洗条件及操作方法。

Results : The best washing condition and operation method for the sterility tests of Imipenem Monohydrate were determined .

1,1′-二甲基-5,5′-偶氮四唑一水合物的热行为和裂解过程研究

A Study of the Thermal Behaviors and the Degradation Process of 1 , 1 ' - Dimethyl-5 , 5 ' - Azotetrazole Monohydrate

前言：目的：选择对亚胺培南一水合物无菌检查的适宜检查方法，保证检验结果的准确性和可靠性。

Objective : The suitable method was selected for the sterility tests of Imipenem Monohydrate to guarantee the test result accurate and reliable .

通过1,2,4-三唑-5-酮（TO）水溶液与高氯酸银溶液反应，制备了高氯酸二（1,2,4-三唑-5-酮）合银（Ⅰ）一水合物。

[ Ag ( TO ) 2 ] ClO4 · H2O was prepared by mixing the aqueous solution of 1,2,4 - triazol - 5 - one ( TO ) and silver perchlorate .

开发了一种水合物法分离甲烷-乙烷混合气体的新技术，考察了在阴离子表面活性剂十二烷基硫酸钠（SDS，C12H25OSO3Na）存在下，甲烷-乙烷体系的气-水合物相平衡。

A new methane-ethane separation technology through forming hydrates was developed , and the vapor-hydrate equilibria in methane-ethane system with the presence of surfactant SDS ( C_ ( 12 ) H_ ( 25 ) OSO_3Na ) were studied .

一层水合物中可以观察到三种阳离子都能和四面体电荷与八面体电荷位置分别形成内、外配位作用。

Inner - and outer-sphere surface complexes of all such three cations with tetrahedral and octahedral charge sites were observed in the one-layer hydrates .

逸气揭皮构造&一种和水合物相关的沉积构造形式

Gas-bursting Texture & A Sedimentary Texture Related to Hydrate

叙述了开采、利用天然气水合物资源的研究进展和一种将水合物转化成液体燃料的方法。

The study of exploiting and utilizing natural gas hydrate resource is introduced , as well as a new method conversing the hydrates into liquid fuels .

在一个小型工业化水合物生成装置上，对由冰和天然气反应生成天然气水合物的过程及动力学进行了研究。

The reaction process and the reaction kinetics of forming a hydrate from natural gas and ice are studied on a small sized industrial unit .

实验结果表明，静态系统下，二氧化碳气体在纯水体系中的生成速率非常缓慢，只在气-液界面处有一薄层浆状水合物生成。

The results demonstrate that the formation rate of CO2 hydrate is rather slow in a quiescent system without surfactant , and hydrates are formed only at the gas-water interface .

当一个或多个水分子和一个晶体形药物分子相结合时，就构成一种水合物。

A hydrate is formed when one or more water molecules combine with a drug molecule in crystal form .