固体化学

对此，用晶体化学和固体化学的基本理论进行了解释。

This is explained by using the basic theory of crystal chemistry and solid chemistry .

纳米材料科学是原子物理、聚集态物理、胶体化学、固体化学、配位化学、化学反应动力学和表面、界面科学等多种学科交叉汇合而出现的新学科生长点。

Nano-material Science is a new knowledge that covers Atomic Physics , Condensed State Physics , Colloidal Chemistry , Solid Chemistry , Coordination Chemistry , Dynamics of Chemical Reaction , Surface and Interface Science and so on .

研制了一种基于MEMS（微机电系统）技术的固体化学微推进器。

MEMS-based solid propellant propulsion was developed .

点火电路是MEMS固体化学微推进器中最重要的组成部分，其点火电压的大小及点火可靠性则主要取决于点火电阻。

Igniter is the most important part of MEMS solid propellant micro-thruster , and its igniting voltage and igniting reliability are mainly decided by the igniting resistance .

随着微纳卫星技术的发展，能够提供微小推力的MEMS固体化学微推进阵列已成为各航天大国竞相追逐的研究热点。

With the development of micro-nano satellite technology , MEMS solid propellant thruster array , which can provide small thrust and impulse , has become the hot spot of research pursued .

微波非热效应有机固体化学反应研究

Study of the Non-thermal Effect of Microwave on Organic Solid State Chemistry

固体化学燃料固化剂的筛选与研究

Study and Sift on the Curing Agent in Solid Fuel

安全固体化学清洗剂的研究及其应用

Study on Solid Chemical Cleaner and Its Application

我要做的是，让你们，欣赏领会到它独特的远景，在学习固体化学的过程中。

What I want to do is get you to appreciate the unique perspective that you will get from studying solid-state chemistry .

通常带有光泽的固体化学元素，传热导电，并能形成板状。

Any of several chemical elements that are usually shiny solids that conduct heat or electricity and can be formed into sheets etc. .

采用燃烧化学和熔盐化学原理，对稠油锅炉烟垢形成机理和清烟垢化学作用进行了系统研究，研制出新型高效固体化学清烟垢剂。

Formation mechanisms and chemical removing techniques of fouling on heating surface of oil-burning boiler were studied by means of the principles of burning chemistry and molten-salt chemistry .

研究了不同复合固化剂对固体化学燃料各项性能的影响，确定了适合工业化生产的工艺条件和合理配方。

The effect of different kind of composite solidify agent on property of chemical fuel was studied and the proper process conditions and formula in commercial process were also determined .

这应部分地与固体化学所描述的Y3+掺杂所造成固定、额外并且是高浓度的氧空位有关。

This might partly be relative with the fixed , extra and highly concentrated oxygen vacancies resulted from Y3 + doping , the mechanics of which were as described in the solid state chemistry .

传统固体化学扩散理论的研究对象是扩散的原子或原子流，并不关心互扩散区域内微观体积单元的变化，因此无法描述原子扩散流与应力之间的关系。

Traditional theory of chemical diffusion in solid states can not describe the relation of diffusion fluxes and diffusion-induced stresses because the research subject of the traditional theory is the diffusing atom or atomic flux , not the volume unit in the interdiffusion field .

近些年来，纳米材料在原子物理、凝聚态物理、胶体化学、固体化学、配位化学、化学反应动力学和表面等各个领域中的应用逐渐增多，使得它越来越受到了人们的关注。

In recent years , the nanometer material in atomic physics , condensed matter physics , colloidal chemistry , solid chemistry , coordination chemistry , chemical reaction kinetics and the application of surface etc had been applied gradually , it makes more and more people get attention .

本研究采用多种测试技术，应用表面物理化学、结构化学、固体化学、复合材料学、断裂力学等多学科的理论与方法，从不同的角度进行深入的研究和探讨。

In the study , a thorough investigation of this problem is made from all points of view , with the aid of various modern measurement testing technology and different theories methods in surface physical chemistry , structural chemistry , solid-state chemistry , composite materials , fracture mechanics , etc.

固体源化学气相沉积法制备ZnO纳米结构及其生长机理的研究

The Study of Fabrication and Growth Mechanism of ZnO Nanostructures by SS-CVD

用固体粉状化学元素取代MS培养基中的母液，制作培养基。

A solid powdered chemical element was used to replace the mother liquid of the MS medium .

报道了利用固体源化学气相沉积（SS-CVD）技术制备出c轴平行于衬底的ZnO薄膜。

ZnO films with c - axis parallel to the substrate are reported .

固体地球化学中常用的PbPb和RbSr同位素方法被用于测定石油生成、运移的年龄。

The Pb Pb and Rb Sr isotopic dating methods commonly used in solid geochemistry are applied to date generation and migration of petroleum .

通过对燃烧表面附近气相产物的分析，建立了固体推进剂化学结构与燃烧表面温度（Ts）的对应关系。

A correlation between chemical structure and burning surface temperature ( T_s ) of solid propellant was conducted by analyzing gas-phase products nearby burning surface .

而所得的初始值（40Ca/42Ca）i为151.4160.003，相应的xCa值为+26.5，示踪了该矿物组合的原岩具有陆源性质，为固体地球化学的研究提出了新的判据。

The primitive ratio ( 40Ca / 42Ca ) I deduced from the isochrone is 151.4160.003 , corresponding to + 26.5 of the xCa value . It means that the original rock of the biotite and hornblende minerals appears in the terrestrial behavior .

环炉分离-固体表面化学发光法测定微量样品中的银

Microanalysis of Silver on the Solid Surface by Ring Oven-Chemiluminescence Technique

气体能在固体上化学吸附或物理吸附。

Gases can be chemisorbed or physically absorbed on solids .

固体表面化学发光分析Ⅰ.不渗透阻挡技术的应用和研究

Solid Surface Chemiluminescence Analysis ⅰ The Anti-permeate Barrier Technique and Its Application

固体表面化学发光基质背景降低的研究

Reducing the background of the solid surface chemiluminescence substrates

固体表面化学发光分析Ⅲ.超基性岩和钢中铬的微量测定

Solid Surface Chemiluminescence Analysis ⅲ . Microdetermination of Chromium in Ultrabasic Rock and Steel

固体表面化学物理学

Chemical physics of solid surfaces

用固体力学化学理论研究岩土的力学化学行为&以成都龙泉紫色土为例

Application of solid mechanochemistry theory to the behavior of soil : taking Longquan purple soil as an example

对固体电解质化学传感器在高温热力学、动力学和火法冶金中的应用进行了总结和回顾。

A short review was given on the application of solid electrolyte in the researches of thermodynamics , kinetics and pyrometallurgy at high temperature .