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   control of chemical reaction 的翻译结果: 查询用时:0.197秒
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control of chemical reaction     
相关语句
  化学反应控制
     The kinetics investigation shows that the reaction is second order, its kinetics equation can be expressed as -df/dt=K(1-f)2, the leaching activation energy is 53.34J/mol,which can be evaluated by measuring the k" value i.e. the velocity constant of apparent reaction at variable temperature. Therefore, a conclusion is drawn that the reaction is within the control of chemical reaction.
     其动力学模型可用-dfdt=K(1-f)2来描述; 通过测定各温度条件下的表观反应速度常数K值,求得浸出反应活化能为53.34J/mol,因此浸出过程为化学反应控制
短句来源
     The numerical simulation of reactive extrusion processes for polymerization is helpful towards control of chemical reaction,material structure,and prediction of limiting process conditions.
     聚合反应挤出过程的数值模拟有助于实现化学反应控制、材料结构控制与极限加工条件的预测。
短句来源
  控制化学反应
     By means of the combination of gray relation analyses and computer, efficiently control of chemical reaction was achieved.
     通过灰色关联分析法与计算机的结合能够有效地控制化学反应
短句来源
  化学反应的控制(
     Control of Chemical Reaction in High-intensity Laser Field
     强激光场下化学反应的控制(英文)
短句来源
  化学反应的控制
     Control of Chemical Reaction in High-intensity Laser Field
     强激光场下化学反应的控制(英文)
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    Introduced is a kind of control algorithm with PID self-ad-justing parameter.The control algorithm overcomes the difficulties in the temperature control of double trough structure and the adjustment of param-eter in temperature control of chemical reaction trough.

    介绍一种PID参数自整定的控制算法,这种控制算法应用在化学反应槽的温度控制中,解决了反应槽双槽结构的温控难点及现场控制本数调整困难的问题。

    Leaching Sb2S3 ores by acid FeCl3 solution is solid-liquid phases second order reaction creating solid reactant. The kinetics investigation shows that the reaction is second order, its kinetics equation can be expressed as -df/dt=K(1-f)2, the leaching activation energy is 53.34J/mol,which can be evaluated by measuring the k" value i.e. the velocity constant of apparent reaction at variable temperature. Therefore, a conclusion is drawn that the reaction is within the control of chemical reaction.

    FeCl3浸出辉锑矿是一个生成固体反应物的固-液相反应,动力学研究表明:浸出过程属于二级反应;其动力学模型可用-dfdt=K(1-f)2来描述;通过测定各温度条件下的表观反应速度常数K值,求得浸出反应活化能为53.34J/mol,因此浸出过程为化学反应控制

    In this article, using of gray relation analyses to determine the function of each factor of chemical reaction was introduced, also the brief explanation of each module of the analyses program was presented. By means of the combination of gray relation analyses and computer, efficiently control of chemical reaction was achieved.

    本文介绍了利用灰色关联分析来确定化学反应影响因素的方法 ,并描述了有关分析程序的模块。通过灰色关联分析法与计算机的结合能够有效地控制化学反应。

     
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