1) continuous stirred tank reactor

全混流反应器
1.
The application of simulink to the simulation system of the continuous stirred tank reactor;
Simulink在全混流反应器中的应用
2.
A superstructure model of reactor network is developed using plug flow reac- tor(PFR)and continuous stirred tank reactor(CSTR).
以平推流反应器(PFR)和全混流反应器(CSTR)作为基本反应器类型建立了一个反应器网络的超结构模型,构造了超结构模型的非线性规划问题。
3.
The paper tried to combine the virtual instrument with chemical engineering applications,the simulation system for continuous stirred tank reactor was developed using virtual instrument development software LabVIEW,the case of a first-order exothermic irreversible reaction was studied.
尝试把虚拟仪器与具体化工应用相结合,利用虚拟仪器开发环境LabVIEW开发了全混流反应器仿真系统,并具体针对一个一级不可逆放热反应进行了模拟计算,结果表明LabVIEW用于化学化工领域具有广阔的应用前景,是进行建模仿真的好工具。
2) CSTR

全混流反应器
1.
Risk Analysis of Runaway Reaction of CSTR;

全混流反应器反应失控危险性分析
2.
Based on the non-linear complex kinetics of enzymatic hydrolysis of cellulose, the static bifurcation behavior of enzymatic hydrolysis of cellulose in CSTR with steady state operation was studied.
针对纤维素酶法水解的复杂动力学,对全混流反应器(CSTR)稳态解的分岔行为进行研究。
3) continuous stirring tank reactor(CSTR)

全混流反应器(CSTR)
4) multiple mixed flow reactors in series

多级串联全混流反应器
1.
Application of computer in multiple mixed flow reactors in series;

计算机在多级串联全混流反应器中的应用
5) multiple mixed flow reactors in series

全混流反应器多级串联
1.
Solving the output concentration of multiple mixed flow reactors in series by three methods;
三种方法求全混流反应器多级串联的出口浓度
6) mixed flow reactor

完全混合流反应器
1.
Based on the qualitative and quantitative analyses of the thermal stability of the mixed flow reactor, this paper has made a study respectively of the operating parameters effects of feed temperature and flow on the thermal stability of the mixed flow reactor, and obtained the prerequisites for the thermal stability and the allowable maximum temperature of the mixed flow reactor.
通过对完全混合流反应器热稳定性的定性和定量分析,分别从进料温度和进料流量操作参数对完全混合流反应器热稳定性的影响进行了探讨,得出完全混合流反应器的热稳定条件,对非稳定的操作点如何改造成稳定的操作点提出了建议,进一步得出完全混合流反应器允许的最大温度差,结论对实际生产具有一定的指导意义。
补充资料:混流器
分子式:
CAS号:
性质:将多股物流均匀混合成为一股物流的设备。混合过程中不发生化学反应,可视为绝热过程。混合后物流各组分的流率为混合前所有物流相应组分流率之和。其温度由焓平衡求出。
CAS号:
性质:将多股物流均匀混合成为一股物流的设备。混合过程中不发生化学反应,可视为绝热过程。混合后物流各组分的流率为混合前所有物流相应组分流率之和。其温度由焓平衡求出。
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