介绍了影响氯化反应的其他因素。
用循环法研究了氧化铜氯化反应平衡。
The chlorination equilibrium of cupric oxide has been investigated using the circulation method.
本文对废碳化钨粉的氯化反应进行了实验研究。
This paper describes the chlorination process of waste tungsten carbide powder.
对影响氯化反应的各种因素也进行了简要的讨论。
Different factors affecting the chlorinating reaction are discussed briefly...
在氯化反应中，以三氯氧磷为氯化剂，产率为92 8%。
The yield of chlorination was 92 8%, using phosphorus oxychloride as the chlorinating agent.
采用积分反应器，研究了吡啶氯化反应中催化剂失活动力学。
The catalyst deactivation kinetics of pyridine chlorination was investigated in an integral fixed reactor.
探讨了等规聚丙烯原料性质对氯化反应的影响，同时研究了氯化反应的基本特征。
The effect of properties of isotactic polypropylene on Chloridizing reaction and Basic Characteristic of Chloridizing reaction are discussed.
重点考察了原料中杂质及温度等对氯化反应的影响和温度、催化剂对水解反应的影响。
Effects of the impurity of raw materials, reaction temperature and catalyst on the chlorination and hydrolysis are studied mainly.
考察了氯化反应器、预热温度、氯气流速、反应温度及反应时间对氯气转化率的影响。
The effects of chloridization reactor, preheat temperature, chlorine flow rate, reaction temperature and reaction time on the conversion of chlorine gas were examined.
混合氧化稀土的组成和配分是影响氯化铵氯化氧化稀土氯化率和氯化反应速率的重要因素。
When the mixed rare earth oxides are chlorated, the components and partition of the rare earth are an important factor influencing the chlorate ratio and reaction rate.
对比考察了上述催化剂在乙炔氢氯化反应中的催化效果，并对其失活原因进行了初步的探索。
The comparative study of these catalysts for the hydrochlorination of acetylene is described and the deactivated reason is discussed.
详细讨论了催化剂用量、反应温度、氯气流速对氯化反应的影响，得出了最佳合成工艺条件。
The catalyst for the chlorination and the effects of temp. and flow rate of chlorine on the catalytic re-action were examined, and the optimal condition of reaction was established.
水浓度对二氯乙烷进行的氯化反应无显著影响，但四氯化碳需有水存在才能对催化剂进行氯化反应。
Water has no apparent effect on chlorization with dichloroethane, but it is essential for chlorization with tetrachlorocarbon.
对间苯二甲腈气相氯化反应过程提出了合理的假设与简化，从反应机理出发建立了一个动力学数学模型。
A mathematic modelling of gas catalysis kinetics ofm phthalic nitrile chloration reaction is established based on the hypothesis and simplification of the reaction.
对间苯二甲腈气相氯化反应过程提出了合理的假设与简化 ，从反应机理出发建立了一个动力学数学模型。
The competition between addition and substitution in vapour phase chloridization reaction of prolence is analyzed on the base of essential principle in chemical thermodynamics and kinetics.
环形反应器既是反应器又是结晶器，既有很高的转化率又保证了产品结晶颗粒大而均匀，氯化反应过程也更安全。
It has a high collection degree. The circle flow reaction vessel is both a reactor and a crystallizer, with a very high percent conversion and macroggregate. Chlorination reaction is also in safety.
通过运用新型的内环流反应器对氯化苄光氯化反应机理和宏观状态的分析，建立了氯化苄氯化的连串反应动力学模型。
The kinetic model of consecutive reaction for chlorination of benzyl chloride was built by analyzing the reaction mechanism and macroscopic stage.
结合氯化反应的工程应用，对有机氯化反应过程安全事故的形成原因进行了初步分析，并提出了反应过程安全控制的技术方法。
This paper proposed the technology for safety control in organic chlorination process based upon the engineering application and principal reasons from the safety accidents.
它与ZPH型静态混合器配套使用，可以获得氯气充分分散，与纸浆均匀混合，促进氯化反应，避免局部过氯化或氯化不足等效果。
It is used together with ZPH static mixer as a complete set. Using this set, chlorine gas can be fully dispersed and uniformly mixed with pulp to improve chlorination.
在环流反应器中考察了光照下不同反应温度对乙酸氯化反应的影响，实测了不同温度下，乙酸、氯乙酸和二氯乙酸的浓度随反应时间的变化关系。
The effects of different temperature on the chlorination of HAc were researched. The relations between the concentration of HAc, MCA and DCA and time were measured.
在反应的结尾时，反应器里面，消耗了四氯化钛和镁。
And at the end of the reaction, you have the reactor consumed of titanium tetrachloride magnesium.
它们反应会得到氯化钠，氯化钠固体晶体。
And I want that to react to give me sodium chloride as a solid and crystal.
如果将它们混合，以钠和氯反应为例，就会反应得到氯化钠。
And so you can imagine that if you mix these, if you take sodium and you mix it with chlorine you get sodium chloride.
四氯化钛和镁，反应生成氯化镁和钛，1937年W。J。克劳尔发明了这个方法。
And, this involves the reaction of titanium tetrachloride with magnesium to form magnesium chloride plus titanium And, this was invented in 1937 by W. J. Kroll.
用氯化钛溶液可以很方便地研究钛的反应。
The reactions are conveniently studied using a solution of titanium chloride.
这是一个非常巧妙的反应，因为四氯化钛是一种气体。
And, this is a really clever reaction because titanium tetrachloride is a gas.
氯化处理是在一个管状的2米高200毫米直径的杜拉玻璃反应器中进行的。
The chlorination is performed in a tubular reactor of Duran glass about 2 m high and 200 mm in diameter.
氯化处理是在一个管状的2米高200毫米直径的杜拉玻璃反应器中进行的。
The chlorination is performed in a tubular reactor of Duran glass about 2 m high and 200 mm in diameter.
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