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中文摘要：
针对目前聚合物动态塑化挤出过程控制中，监控系统对于多变量实时数据的批处理和对历史数据的访问与分析的效率不高，难于实现精密化控制的问题，提出了一种基于OPC技术的实时监控系统设计方案。该方案已成功运用于“聚合物动态流变综合测试仪”中，其性能稳定，数据传输速率很快，达到了工业现场高效率的实时数据传输要求，大大降低了数据传输过程中的差错率，从而实现各变量的实时精密控制。
英文摘要：
In polymer dynamic plasticating extrusion process control, the supervisory control system had difficulty with realizing sophisticated control, as to process multivariate real-time data as a batch and to visit and analyze the history data were inefficiencies. To solve this problem, a supervisory control system based on OPC technology was designed. The method was applied successfully to polymer dynamic rheologic test instrument and had proved to be stable in property, rapid in data transmission, high effective in industrial on-site real-time data transmission, resulted in a great reduction of error rate, and accurate real-time control of multivariates.
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The dynamic apparent viscosity of polymer melts during pulsatile extrusion flow with vibration force
Effects of vibration force field on the interfacial interaction and morphology of polystyrene/poly(m
Synergetic Effect on PP/mEPDM Blends Under Vibration Force Field in Tri-Screw Dynamic Mixing Extrude
The Preparation of Polypropylene/Wollastonite Composites with Tri-screw Dynamic Compounding Extruder
Computer-aided experiment of using real-time small angle light scattering image processing technique
Effect of Dynamic Shear on the Microcellular Foaming of Polypropylene/High-Density Polyethylene Blen
Effect of Temperature on Foaming Behaviors of Homo- and Co-polymer Polypropylene/Polydimethylsiloxan
The Effect of Concentrations of Modifying Agent and Plasticizer on Cell Morphology of PVC Microcellu
Enhancing mechanical properties and magnetic performance of plastics magnet via mixing under vibrati
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