molecular complex的例句大全

Naproxen was found to form 1:1 molecular complex with these substances.

其形成物的比值均为1：1。

The important achievements of photochemical reactions of host guest complex, crystal lattice controlling substance, Lewis acid complex, charge transfer complex, micelle and adsorbate on silica gel or molecular seive were involved.

包括主体－客体络合物、晶格控制物、Lewis酸络合物、电荷转移络合物、胶束以及吸附在硅胶或分子筛表面等体系光化学反应方面取得的重要成果。

Molecular configurations of glutathione, complex in which we have added glutathione and zinc, and white isinglass were emphatically studied on apply.

在应用中主要研究了谷胱甘肽、谷胱甘肽与Zn~（2+）形成的螯合物、白云母的分子结构。

This immobilized complex was used in the oxidation reaction of ethylbenzene and benzyl alcohol by molecular oxygen as a heterogenous catalysis, and the catalytic activities and the mechanisms of the catalytic oxidations were investigated.

将Cu（Ⅱ）-IAA-PEI/SiO2用作非均相催化剂，用于分子氧氧化乙苯与苯甲醇的氧化反应，研究了催化活性与影响催化氧化反应的主要因素，探索了催化氧化机理。

Schiff base metal complex catalyst for oxidation of cyclohexene with molecular oxygen

水杨醛β-丙氨酸希夫碱复合双金属配合物催化分子氧氧化环己烯的性能研究

Recently, the manganese complex with high? spin electronic configuration as one of main fields of molecular magnetism shows a promising prospect.

近年来，具有较高自旋态的锰的配合物作为分子磁体的主要研究对象显示了广阔的发展前景。

Second Harmonic Effect and Molecular, Crystal Structure of a Organometallic Complex Cd ( POM)_2Cl_2

金属有机配合物Cd（POM）2Cl2的二次谐波效应与分子结构、晶体结构的关系

The molecular and crystal structure of the complex of azacrown ( 2,2) with europium nitrate

硝酸铕与含氮冠醚（2,2）配合物的分子和晶体结构

Investigation on the Molecular and Crystal Structures of 2D Net Six-coordinate Complex of Mn~ II with ida Ligand

二维网状六配位[Mn~II（Hida）2（H2O）2]配合物分子结构和晶体结构的研究

In this paper, Highest Obital Figure Rules is introduced, which can not only accurately infer the structures of molecular type free radicals, molecular type ions and complex ions, but also analyse the hybridization type of the equality and inequality of the central atom.

提出最高轨道数法，不仅能准确地推测分子型分子的构型，也能推测出自由基、分子型离子、以及配离子的构型，还能分析得出中心原子等性或不等性杂化类型。

SNARE core protein complex is the molecular basis for membrane fusion to provide energy for membrane fusion.

SNARE蛋白核心复合体是膜融合的分子基础，为膜融合提供能量。

Ultra high relative molecular mass cross-linked alkene polymer was synthesized by bulk polymerization using metal complex as catalyst and1,5-hexadiene as cross-linking agent.

以金属配合物为催化剂、1，5-己二烯为交联剂，采用本体聚合法合成了交联超高相对分子质量烯烃类聚合物（简称交联聚合物）。

Molecular cytogenetic analysis for a familial complex chromosomal rearrangement

家族性染色体复杂重排的分子细胞遗传学研究

A deep exposure shows everything from dark nebula to star clusters, all imbedded in an extended patch of gaseous wisps in the greater Orion Molecular Cloud Complex.

从深空的影像中显示，在猎户座分子云复合体之中，延展的云气丝藏了无数的黑暗星云到星团的补丁。

It is a complex signal network surrounding the important second messenger molecular IP3 and Ca2+-related signal in plant germination, growth, procreation, senescence, and responses.

它是围绕重要的第二信使分子IP3并与钙信号密切相关的一个信号网络，既能够影响基因表达，又参与细胞对外界环境变化的响应，还参与激素作用。

In addition, logic gates of different functions can be achieved via the design of the molecular switches. These molecular switches can be the basis for the design of molecular devices, molecular computers, and other complex molecular machines.

此外，多种逻辑门功能都可以通过开关型荧光分子的设计来实现，这就为分子器件、分子计算机乃至其它复杂分子机器的设计开发奠定了基础。

On the basis of molecular orbit MO theory, the bonding conditions of Cr ( CO) 6was explained. The bonding features of metallic coordinate carbonyl complex and the intrinsic factors of their stability were also explored.

用分子轨道理论解释了Cr（CO）6的成键情况，揭示了金属羰基配合物的键合特点及其稳定性的内在原因。

In this paper, a new approach to judge molecular configuration of complex for transition elements by VSEPR theory is put forward on the basis of molecular orbit theory. Its application to octahedral field and tetrahedral field are introduced in detail.

在分子轨道理论的基础上，提出一种应用VSEPR理论判断过渡元素配合物分子构型的方法，并对其在八面体场、四面体场中的应用进行了详细的探讨。

High-tech molecular and rapid culture diagnostics available in developed countries are too complex and costly for many settings where TB is most prevalent, the report notes.

报告指出，发达国家提供的高技术分子和快速培养诊断方法在许多结核病十分普遍的环境中就过于复杂且费用高昂。

There are multiple molecular mechanisms that can cause genetic disorders such as point mutations, splicing site mutation, insertion/ deletion mutations, gene duplication, complex rearrangements and gene copy number abnormalities.

引起遗传性疾病的分子机制有多种，常见的有点突变、小片段插入/缺失突变、拼接位点突变、外显子缺失/重复突变、基因重复和复杂重排及基因拷贝数异常等。