The kinetics of the polymerization reactions in butadiene rubber production is complicated and is affected by many factors. The ML value should be controlled within the range of 45±2 for high quality products. To...The kinetics of the polymerization reactions in butadiene rubber production is complicated and is affected by many factors. The ML value should be controlled within the range of 45±2 for high quality products. To optimize the process by chemica pattern recognition method, a superplane model has been proposed: if ML value is determined by just a set of parameters, then, the patterns of high quality products will distribute on a Rieman surface with a certain 'thickness' in the n-dimensional space R^n spanned by a set of parameters. Within certain bound region, this surface may be approximated by a (n—1)-dimensional superplane. By pattern展开更多
文摘The kinetics of the polymerization reactions in butadiene rubber production is complicated and is affected by many factors. The ML value should be controlled within the range of 45±2 for high quality products. To optimize the process by chemica pattern recognition method, a superplane model has been proposed: if ML value is determined by just a set of parameters, then, the patterns of high quality products will distribute on a Rieman surface with a certain 'thickness' in the n-dimensional space R^n spanned by a set of parameters. Within certain bound region, this surface may be approximated by a (n—1)-dimensional superplane. By pattern
