两类过程相互推动,two types of mutual promotion of the process
1)two types of mutual promotion of the process两类过程相互推动
2)two-phase process两相过程
1.Recent researches of ionic liquid and its application in green catalysis and clean synthesis were reviewed,including homogeneous catalysis in ionic liquid,immobilization of ionic liquid,two-phase process of ionic liquid-supercritical CO2 or ionic liquid-H2O systems,integration of ionic liquid with other technologies and industrialization of ionic liquid application.综述了近年来离子液体在绿色催化和清洁合成中应用的研究进展;对离子液体的均相催化、离子液体的固载化、离子液体-超临界CO2(或离子液体-水)的两相过程、离子液体与其他技术的集成以及离子液体的工业化进程进行了简要介绍;对未来离子液体在绿色催化中的研究方向(新的、功能特定、环境更加友好且价格低廉的离子液体的合成;技术的集成;生物催化;离子液体的固载化;与离子液体相关的反应器和反应工艺的建立等)进行了展望。
英文短句/例句
1.Study on the Mechanism and Numerical Simulation of Two-phase Flow in the Ejector;气液喷射器内两相过程的机理及数值模拟研究
2.The two processes are not analogous.这两种过程不相似.
3.The Self-Assembly Process of Amphiphilic and the Forming of Liquid Crystals Phase;两亲分子自组装过程及液晶相的形成
4.Analysis of Dense Liquid-solid Two Phase Mixture"s Process in Stirred Tank搅拌罐内稠密液—固两相混合过程分析
5.Simulation of injection molding process with Level Set two-phase flow method充模过程的Level Set两相流模拟
6.Interfacial Momentum Transfer During the Relaxation Process of High Speed Gas-droplet Two-phase Flow;高速气雾两相流弛豫过程相间动量传递研究
7.Research on two-phase filling process of cryogenic propellant for a LOX/Kerosene LRE液氧煤油发动机低温组元两相充填过程研究
8.Nonlinear Attribute and Heat Transfer Oscillating Characteristics in Two Phase Closed Thermosyphon;两相闭式热虹吸传热过程及其非线性特征研究
9.Gas-particle Two Phase Flow in Supersonic Cold Gas Dynamic Spray;超音速冷气体动力喷涂过程中的气固两相流动
10.The Applications of Thinning Process in Two Kinds of Multiple-Type Risk Model with Dependent Claims Number Process;稀疏过程在两类相关多险种风险模型中的应用
11.Study on Numerical Simulation of Gas-Liquid Two-Phase Flow during Mold Filling Process;铸造充型过程气液两相流动数值模拟的研究
12.A Discussion on Conversion of Energy During Two Capacitors Charging and Discharging Process;试论两个电容器相互充放电过程的能量转变
13.ANALYSIS ON SUBSEQUENT NUCLEAR BOILING AND DRY-OUT DURING THE START-UP OF A TWO-PHASE CO_2 MECHANICALLY PUMPED THERMAL CONTROL SYSTEMCO_2两相回路启动过程阶段蒸发和干烧现象分析
14.A TWO-PHASE FLOW MODEL FOR SIMULATING AIR ENTRAPMENT DURING MOLD FILLING OF HIGH PRESSURE DIE CASTING PROCESS应用两相流模型模拟压铸充型过程的卷气现象
15.Numerical Simulation of Injection and Mixing on Two-phase for Pulse Detonation Engine脉冲爆震发动机两相流喷射混合过程数值模拟
16.Development of two-phase transmission in the direct methanol fuel cell直接甲醇燃料电池两相传质过程研究进展
17.Study on the influence of air pressure on the twophase transition process of break arc气压对分断电弧两相转变过程的影响研究
18.Numerical Simulation on Solidification Process in Mushy Zone of Multicomponent Alloy多元合金两相区凝固过程的数值仿真研究
相关短句/例句
two-phase process两相过程
1.Recent researches of ionic liquid and its application in green catalysis and clean synthesis were reviewed,including homogeneous catalysis in ionic liquid,immobilization of ionic liquid,two-phase process of ionic liquid-supercritical CO2 or ionic liquid-H2O systems,integration of ionic liquid with other technologies and industrialization of ionic liquid application.综述了近年来离子液体在绿色催化和清洁合成中应用的研究进展;对离子液体的均相催化、离子液体的固载化、离子液体-超临界CO2(或离子液体-水)的两相过程、离子液体与其他技术的集成以及离子液体的工业化进程进行了简要介绍;对未来离子液体在绿色催化中的研究方向(新的、功能特定、环境更加友好且价格低廉的离子液体的合成;技术的集成;生物催化;离子液体的固载化;与离子液体相关的反应器和反应工艺的建立等)进行了展望。
3)interaction[英][,int?"r?k??n][美][,?nt?"r?k??n]互动过程
1.The objective of this study is to develop a scale measuring theinteraction among the members of work teams.本研究在了解影响团队绩效的互动因素的基础上,编制出一个测量工作团队互动过程的量表。
4)interaction process互动过程
1.The advantage of a team lies in its membersinteraction process,which also decides its efficiency.团队的特性在于成员间有相互作用,团队效能很大程度上取决于团队成员间的互动过程。
5)interactive process相互作用过程，交互过程
6)process driving force过程推动力
1.Theprocess driving force and the energy-saving potential were presented in the phosphorous acid production by BEP (Burning Elemental Phosphorus).本文以有余热回收的两步法热法磷酸生产系统为研究对象,提出了热法磷酸生产过程推动力及其节能潜力的概念和计算方法,通过对实际生产系统进行的能量分析,说明了考虑过程推动力的能量分析的科学性和实用性。
2.An evaluation method, which considered theprocess driving force and the energy-saving potential of phosphorousacid production by BEP Burning ElementalPhosphorus), was built in thispaper.以一步法热法磷酸生产余热回收改造为研究对象,利用建立的考虑热法磷酸生产过程推动力和节能潜力的评价体系对改造前后的生产系统进行了能量利用、经济效果和环境影响对比分析,证明了该项余热回收技术改造具有可行性。
延伸阅读
正规过程和倒逆过程讨论完整晶体中声子-声子散射问题时,由于要求声子波矢为简约波矢（见布里渊区），所得到的总波矢守恒条件会相差一个倒易点阵矢量G)。例如对于三声子过程有下列条件 ，(1)式中q1和q2是散射前的声子简约波矢, q3为散射后声子波矢，式(1)中G)的取值应保证q3也是简约波矢。这时会出现两种过程,其一是当q1+q2在简约区内时,可以取倒易点阵矢量G)＝0,式(1)则简化为总波矢守恒条件,称为正规过程或N过程。其二是当q1+q2超出简约区时,所取G)应保证q3仍落于简约区内,由于q3与q1+q2相差G),显然q3位于q1+q2的相反一侧，这时散射使声子传播方向发生了倒转，故称为倒逆过程或U过程。U过程总波矢不守恒,但总能量守恒,因为声子频率是倒易点阵的周期函数，而q3与q1+q2只相差一个倒易点阵矢量。N过程在低温长波声子的散射问题中起主要作用。当温度升高，简约区边界附近的声子有较多激发时，U过程变得十分显著,它对点阵热导有重要贡献。在能带电子与声子散射问题中存在着与式 (1)相仿的总波矢条件k+G＝k┡±q，(2)式中k与k┡分别为散射前后电子的简约波矢,±号分别对应于吸收或发射q声子。类似的在热中子-声子散射以及晶体中一切波的相互作用过程中，总波矢变化都相差一个倒易点阵矢量G),因此也都有N与U过程之分。这是晶体和连续媒质不同之处，连续媒质对无穷小平移具有不变性，才能求得总波矢守恒，而晶体只具有对布喇菲点阵的平移不变性，因此总波矢守恒条件会相差一个倒易点阵矢量。
