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- PET／PC共混体系PET/PC blends
- 酯交换反应对PBT/PC共混体系相容性及热行为的影响Esterification Reaction Between PBT and PC and Its Effect on the Misbility and Thermal Behavior of PBT/PC Blends
- 结果表明,在PAN/PMMA,PAN/PC共混体系中,PAN/PC共混膜性能较佳,其组成中PC占聚合物总量0、26%范围内膜的截留性能均较好。The result showed that PAN/PC blend membrane has better preparative property than PAN/PMMA blend membrane When PC account for 0~26%25 of the total polymerization weight . the retention is high .
- 研究了乙烯-醋酸乙烯共聚物(EVA)增容高密度聚乙烯(HDPE)和聚碳酸酯(PC)共混体系,讨论了EVA,PC对HDPE/PC共混合金性能的影响。HDPE/PC/EVA plastic alloy was studied, EVA used as compatibilizer in the blends. The effects of EVA and PC on HDPE/PC alloy were discussed.
- HIPS-g-MA共聚物对HIPS/PC共混物相容性、形态和拉伸性能的影响THE EFFECTS OF HIPS-g-MA COPOLYMER ON THE COMPATIBILITY, MORPHOLOGY AND TENSILE PROPERTIES OF THE HIPS/PC BLEND
- PBT/PET共混体系的协同效应The Synergistic Effect in PBT/PET Blends
- 本文介绍了不同牌号高密度聚乙烯（HDPE）和聚碳酸酯（PC）对HDPE/PC共混物性能的影响结果。This paper introduces the effects of several kinds of HDPE and PC on the thermal and mechanical propelties of HDPE/PC blends.
- 研究了增容剂对TPU/EPDM共混体系亚微相态和力学性能的影响。The mixing of compatibilizer with TPU/EPDM blends increased the compatibilization of TPU and EPDM to some extent.
- PET-EVA共混体系的结晶与熔融行为Crystallizing and Melting Behavior of PET-EVA Blends
- 共混体系blend system
- 聚硫橡胶/环氧树脂/棕刚玉共混体系弹性磨具性能的研究Research on the elastic abrasive performance of the alloying system of polysulfide rubber,epoxy resin and brown corundum
- PA1010/聚酯型TPU共混体系的冲击性能和其断裂形貌研究Study on the Impact Properties and Fracture Morphology of PA1010/ester-based TPU Blends
- iPP/HDPE/EPDM三元共混体系的组分分布、相容性和结晶行为THE COMPONENT DISTRIBUTION, COMPATIBILITY AND CRYSTALLIZATION BEHAVIOR OF IPP/HDPE/EPDM TERNARY BLENDS
- PET/PEN/DBS共混体系结构与形貌的研究Structures and Morphology of PET/PEN/DBS Blends
- PP／PA6共混体系PP/PA6 blends
- PVC/PP共混体系PVC/PP blend
- 摘要研究了NR/BR/SBR三元共混体系中均匀－分散剂的作用机理。The function mechanism of homogenizing-dispersing agent in NR/BR/SBR was researched.
- 共混体系的相容性研究Study of Compatibility of PVC/ACR Blending System
- AS/CPE共混体系研究A Study of AS/CPE Blend
- 反应性共混体系研究近况Recent Advances of Study on Reactive Blending
