热力学控制

深部储层主要受地球动力学、热力学控制，中浅部储层理论也不完全适用于深部储层这一新领域。

These deep reservoirs are generally controlled by geodynamics and thermodynamics .

反应主要受热力学控制。

The major reaction is controlled by thermodynamical equilibrium .

本文从动力学和热力学控制的观点出发，较好的解释了芳烃烷基化及烷基重排反应中的一些问题。

This paper had discussed some questions about disproportion , orientation and rearrangement in Friedel & Crafts alkylation from the opinion of the kinetic control and thermodynamical control .

并在此基础上，分析了主动杆的热力学控制方程，给出了主动杆（一般由压电段和普通段组成）的有限元机电耦合方程。

On the basis of analysis above , the electro-mechanical coupling finite element formulation of piezoelectric active bar , which are commonly composed of a piezoelectric stack and two metallic bars , was particularly deduced . 5 .

采用Pt标记可清晰观察到氧化膜内、外层，外层氧化膜的形成与Al离子向外扩散有关，内层氧化膜的形态受MO/M界面热力学平衡控制。

The formation of the outer film is related to the outward diffusion of Al ion in the oxidation film , and the morphology of inner oxidation films is controlled by the MO / M interface thermodynamics .

本文在总结了化学渗透理论和近年来与线粒体有关的生物化学研究新结果的基础上，对线粒体的工作及其调节机制进行了分析，提出了线粒体工作状态受化学热力学机制控制的新观点。

The chemiosmosis theory . A novel hypothesis of thermodynamic regulation of mitochondria function is proposed based on the reported results .

其中N2H4和表面活性剂PEG-20000在反应过程中起到重要的作用，它们分别从热力学和动力学控制了纳米晶的生长。

The roles of surfactant PEG-20000 and N_2H_4 have been discussed in detail .

电热法生产Al-Si-Fe合金的热力学分析及控制

Thermodynamical analysis and controlling of the production of AL-Si-Fe alloy with electrothermic process

高温氧化处理气氛的热力学分析与控制

Thermodynamic Analysis and Control of the Atmosphere in High-Temperature Oxidation Treatment

非晶由液相转变时，同时受动力学和热力学因素的控制。

Glass transition from melt state to glassy state was controlled by thermodynamic and kinetic factor .

从材料学角度分析了工进速度、顶锻速度、顶刹时差、摩擦速度、顶锻变形量和后峰值扭矩等摩擦焊热力学参数量化控制的必要性；

The necessity of thermal parameters correlated to the quantification control of feeding , upsetting rate , time interval between upsetting and stopping , upsetting deformation degree and back peak value twisting moment is analyzed .

但是环境因素的改变会使肽链发生结构转换，也就是说蛋白质采取何种空间结构不但受肽链自身热力学稳定性的控制，还受到蛋白质分子所处的微环境和动力学过程的影响。

But structural transition could take place when the environment of protein is changed . That is to say , the three-dimensional structure of protein is determined by not only its thermodynamic stability , but also the micro-environment of protein and kinetic process .

氢氧化镁沉淀热力学、动力学及控制

Study on Preparing Dynamics and Thermodynamics of Magnesium Hydroxide Precipitation

其成矿过程是个动态过程，受时间、空间和动力学、热力学等因素综合控制。

The process of mineralization is controlled comprehensively by dynamics , thermodynamics , time and space .

界面处金属间化合物新相的生长受动力学和热力学双重因素的控制。

The growth of a new intermetallic compound at the interface is controlled by both the kinetics and thermodynamics .