The optimum reaction temperature and time were given.
给出了最佳反应温度和反应时间。
The reaction temperature had somehow effects on the reactions.
反应温度对反应有一定的影响。
Polymerization speed increases with the increase of reaction temperature.
聚合反应温度提高，聚合速率加快。
The proper reaction temperature and time are determined in the experiment.
通过试验，确定了合适的反应温度和反应时间。
The reaction temperature was moderate and the operation was easily controlled.
反应条件温和，操作容易控制。
The increase of reaction temperature will accelerate the coking rate of catalyst.
温度 以及催化剂等对丙烯酸转化率的影响。
The effects of reaction time, reaction temperature and the catalyst were investigated.
研究了反应时间、反应温度以及催化剂等对丙烯酸转化率的影响。
The results show that flow rate, microwave power and reaction temperature are key factors.
实验结果表明，气体流量、微波功率和反应温度对脱硫、脱氮率影响较大。
The influence of reaction temperature and gas flow rate on purification efficiency was studied.
研究反应温度和气体流量对磷化氢净化效率的影响。
The influence of catalysts, reaction temperature and reaction time on reactions were discussed.
同时探讨了催化剂的选择、反应温度、反应时间对反应的影响。
At the same time, we have researched the optimum conditions of reaction and reaction temperature.
并且研究了反应时间和反应温度等最佳条件。
The influence of reaction temperature and reaction time on degree of esterification were investigated.
通过正交实验考察了反应时间、反应温度对聚乙烯醇酯化程度的影响。
The reaction conditions such as reaction temperature, reaction time, addition of I_2, solvents were optimized.
考察了反应温度、反应时间、催化剂用量、溶剂种类等因素对上述反应的影响。
The physical functions include separating heat, cutting off oxygen and decreasing burning reaction temperature.
物理作用包括隔热、隔氧、降低燃烧反应温度等。
Effects of reaction temperature, reaction time, solvent, catalyst and its amount on prepolymerization was studied.
探讨了反应温度、反应时间、溶剂、催化剂及用量对预聚反应的影响。
The influence of reaction temperature, coolant temperature, reaction pressure and reactor air speed was predicted.
预测了反应温度、冷却介质温度、反应压力和反应空速对加氢反应结果的影响。
It is very important for reactor design and control to choose and control the temperature throughout the reaction process.
选择和控制反应过程的温度是反应器设计和控制中的重要问题。
Abstract; the temperature of carbonyl synthesis reaction is studied.
对拨基合成反应的温度进行了研究。
The temperature of carbonyl synthesis reaction is studied.
摘要对羰基合成反应的温度进行了研究。
The structure reaction of some temperature loads is emphasized in this paper.
本文着重探讨了结构各种温度荷载作用的效应。
Reaction conditions also determine bake time, temperature and, therefore, energy consumption.
反应的条件也决定了烘干时间及温度，以及消耗能源。
The thermokinetics of formation reaction was studied at different temperature by liquid-phase reaction.
改变反应温度，研究了配合物的液相生成反应的热力学性质。
To master the relation of reaction rate constant and temperature.
掌握反应速率常数与温度的关系。
The results showed that hydrolysis temperature is a crucial factor to control the reaction rate.
结果表明，反应温度是影响水解速率的主要因素。
The influence of temperature on the axial reaction was discussed.
探讨了温度对轴向配位反应的影响。
The reaction may be explosive outside narrow temperature limits.
在很窄的温度范围以外，反应可能是爆炸性的。
The optimal temperature control of the parallel reaction is completely studied and developed.
对平行反应最优温度控制问题作了完整的研究和统一处理。
With the increase of temperature, the reaction is more complete.
而随着温度的上升，反应越完全。
The influence of infiltration temperature and time on the interface reaction was investigated.
研究了不同渗流时间和渗流温度对非晶复合材料界面反应的影响规律。
The experimental data showed that high temperature was beneficial to improve replacement reaction rate.
实验表明，提高温度有利于置换反应的进行。
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