Products the whole measuring process is controlled by computer, the results measured directly with digital display viscosity value, not conversion.
产品整个测量过程用电脑控制，其测量结果直接用数字显示粘度值，不用换算。
The effects of the postpolymerization time, Plasma powers, plasma duration time and emulsifier concentration on the polymerized conversion and intrinsic viscosity were systematically studied.
考察了后聚合时间、放电功率、乳化剂浓度对聚合转化率及特性粘数的影响。
Thermogravimetry analysis(TGA) and Dynamic Stress Rheometer(DSR) were used to measure the conversion and viscosity changing with time during the thermopolymerization to form polythioetherimides.
用热重分析仪 （TGA）和动态应力流变仪 （DSR）分别测量了聚硫醚酰亚胺热聚合反应过程中转化率和粘度随时间的变化。
The controlled items mainly consist of feed quantity, reaction temperature, catalyst usage and ratio, conversion rate and polymer Mooney viscosity.
控制项目主要包括进料量、反应温度、催化剂用量及配比、单体转化率、聚合物门尼粘度控制。
To analyze the influence of factors such as monomer and initiator to the polymer limiting viscosity number and the monomer conversion rate.
分析了单体、引发剂等因素对聚合物特性粘数和单体转化率的影响。
The influence of polymerization conditions on conversion and intrinsic viscosity of polymer were investigated. The rheological properties in an aqueous solution were also studied.
研究了聚合条件对聚合物产率及特性粘度的影响，并研究了聚合物水溶液的流变性能。
The influence of polymerization conditions on conversion and intrinsic viscosity of polymer were investigated. The rheological properties in an aqueous solution were also studied.
研究了聚合条件对聚合物产率及特性粘度的影响，并研究了聚合物水溶液的流变性能。
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