The green catalytic processes include new catalyst materials, supercritical fluid technology, new reactor technology, clean raw material route, and utilization of renewable resources, etc.
其中主要包括基于新催化材料、超临界流体技术、新反应器技术、清洁原料路线以及再生资源利用等。
It is the key-point that the branch-parameters, such as reactances, currents, power and etc., are calculated for the controllable reactor of multiply parallel branch type.
支路电抗、电流和功率等参数的计算是多并联支路型可控电抗器分析设计的关键。
The multiphase reactor have a lot of advantages such as high coefficient of mass transfer, good performance of mixing and easy to control etc.
多相流态化反应器具有如传质系数高，混合性能好，操作简单等优点。
The batch reactor is high nonlinear process, includes all difficulties of batch process, involves the sequence control, logic control, loop control, etc.
而间歇化学反应器是高度非线性对象，包括了所有批量过程控制的难点，涵盖了顺序控制、逻辑控制、回路控制的所有控制概念。
The aspect of transform contains; reactor, rectifying tower, heat exchanger and compressor etc.
老装置改造主要包括反应器、精馏塔、换热器、压缩机等多个方面。
The method of three-dimensional electrode has many virtues such as high reaction efficiency and! Bringing no offal, etc. So adapt the advanced reactor to flue gas desulfurization.
基于三维电极电化学技术较高的反应效率和不产生废弃物等优点，将这一先进的反应器运用到烟气脱硫领域。
This paper briefly introduces several techniques widely used in our country, such as oxidation ditch technology, SBR reactor, etc.
本文简单介绍了几种当前在我国已得到广泛使用处理工艺，如氧化沟工艺、SBR反应器等。
These large differences are caused by all the other parameters, such as filament temperature, filament substrate distance, gas speed in the reactor, etc., which can vary in wide ranges.
产生这些巨大差别的原因是诸如反应器中的丝极温度、丝极基体距离、气体速度等所有其它参数，这些参数的范围很宽。
The present invention relates to hydrocarbon hydrocracking process including the steps of loading catalyst into the reactor, activating, reaction, etc.
本发明涉及一种加氢裂化工艺方法。本发明加氢裂化工艺方法包括将催化 剂装入反应器、活化和反应等过程。
The effects of reaction temperature, concentration, space velocity etc. on the activity and selectivity of the catalyst as well as its thermal stability were examined in fix bed reactor.
在固定床上，考察了反应温度、浓度、空速等对催化剂活性和选择性的影响及催化剂的耐热稳定性。
The integro-differential equation of parabolic type often occurs in applications such as heat conduction in materials with memory, compression of viscoelastic media, nuclear reactor, dynamics, etc.
抛物型积分微分方程多出现在记忆材料的热传导、多孔粘弹性介质的压缩、原子反应、动力学等问题中。
Determination methods of parameters which involved gas holdup, liquid circulation velocity, solid holdup, bubble behaviors etc in the loop reactor were introduced.
介绍了环流反应器流体力学参数的测定方法，这些参数包括气含率、循环液速、固含率、气泡大小及速度。
Production practice linked, examination and repair steps such as shut-down, reactor cleaning, pressure's examination, cool vacuum etc in production process of polyester are discussed.
结合生产实践，介绍了聚酯生产过程中各检修步骤，其中包括停车、反应釜煮洗、系统冷却降温、设备检修及工艺改造、压力试验等。
The study on influence factors of the technology was focused on temperature, alkalinity, ratio of inflow duration to reaction period, size of the reactor, and etc.
着重研究了该工艺的影响因素，如温度、碱度、进水时间与反应时间比、反应器尺寸等。
This article discusses in particular the relation between T avg and heat effectiveness of nuclear power plant, safety of reactor core, stability of control system, etc.
本文重点讨论RCS平均温度与电站热效率、堆芯安全、控制系统稳定等的关系。
This article discusses in particular the relation between T avg and heat effectiveness of nuclear power plant, safety of reactor core, stability of control system, etc.
本文重点讨论RCS平均温度与电站热效率、堆芯安全、控制系统稳定等的关系。
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