The research progress of four kinds of continuous emulsion polymerization reactors: continuous stirred tank reactor,continuous loop tubular reactor,pulsed packed column and Couette-Taylor vortex flow reactor were reviewed with 14 references.

The fault prediction for continuous stirred tank reactor(CSTR) system has been studied based on the integrated multi-level recursive forecasting method which considering the CSTR system′s dynamic and time-variable characteristics.

A fault diagnosis and fault-tolerant control approach based on neural networks is presented for sensor faults of continuous stirred tank reactor (CSTR).

A series of experimental (results) of the CSTR model show that SVM has a better diagnosis performance than those traditional chemical process fault detection and diagnosis methods such as BPNN, wavelet-net.

By revising the formula of the maximum permissible temperature difference of the heat stability of general continuous stirred tank reactor,this paper put forwards the accurate formula suitable for multi-grade reaction:ΔT<(1+nX A1-X A)·RT 2E

A robust control technique for applying as a real -time control to a practical continuous stirred tank reactor (CSTR) system was developed .

Through the training of time delays on the branches of a universal learning network (ULN) to the optimal values,the modeling precision for a continuous stirred tank reactor (CSTR)—a complicated nonlinear system with a large lag—was greatly improved.