gpps

Development and Quality Improvement of High Strength Injection Grade GPPS

高强度注塑级GPPS的开发与质量改进

Affecting factors and improvement on impact property of GPPS

GPPS产品冲击强度的影响因素和优化措施

Study on the Properties of GPPS / SBC Blend System

丁苯透明抗冲树脂与GPPS共混体系性能研究

Discussion on the Combination Scheme of GPPS Production Reactors

GPPS生产线反应器组合方案的探讨

Gpps : a planning system for purchasing commodities

GPPS：商品采购计划系统

Development of hips / gpps resin technologies

HIPS／GPPS树脂的技术发展

Initial Study on the Preparation of Microencapsulated Osmium Tetraoxide from GPPS

通用聚苯乙烯制备四氧化锇微胶囊的初步研究

The result showed that the processing and mechanical properties of the GPPS prepared with the adjusted recipe and technological parameters were obviously improved .

质量跟踪结果表明，改进后的GPPS的加工和机械性能明显改善。

The fluctuation principle of mechanical properties , optical properties , melt flowing properties and heat properties for GPPS / SBC blend alloys were investigated .

以聚苯乙烯树脂GPPS为连续相，以丁苯透明抗冲树脂为分散相，对其共混合金体系进行了研究，找出共混体系的力学性能、光学性能、熔体流动性能和热性能的变化规律。

Preparation of microencapsulated osmium tetraoxide from GPPS was reported , and effect of solvent , temperature and dispersant was analyzed .

采用通用聚苯乙烯（GPPS）制备了四氧化锇微胶囊。采用溶剂挥发法，分析了反应体系中溶剂、温度、分散剂等各条件对实验结果的影响，并以此进行了初步筛选。

On the other hand , General-Purpose Processors ( GPPs ) are suitable for a variety of applications which are control-intensive .

另一方面，通用微处理器（GPPs）则对控制密集型的应用提供有效的支持。

Preliminary results indicate that either DSPs or GPPs can effectively support both arith - metic-intensive and control-intensive computations .

结果表明，DSP处理器和通用微处理器都很难同时高效支持运算密集型的应用和控制密集型的应用。

This paper analyzed the key factors affecting the impact strength of the general purpose polystyrene ( GPPS ) . An effective measure was presented and adopted for improving the impact property of the GPPS .

分析影响通用聚苯乙烯（GPPS）产品冲击强度的因素，提出了提高GPPS产品冲击强度的有效措施。

The second stage of the plant terpene biosynthetic pathway consists of three enzymes , respectively , GPPS , FPS and GGPPS , they are belong to the short-chain prenyl transferase .

植物萜类合成途径第二阶段包括三种酶，分别为GPPS、FPS和GGPPS，都属于短链异戊烯基转移酶。

On the one hand , the simulation results of conversion , average molecular weight and molecular weight distribution are in good agreement with industrial data , with simulation values provided by the supplier , and with the data of material balance sheets for a variety of GPPS grades .

对于GPPS聚合过程，利用工业装置采集的数据、专利商提供的模拟数据、物料平衡表数据等多方面进行考核、验证，计算所得的转化率和平均分子量及分布与其吻合。