1) gas phase telomerization
气相调聚
2) gas phase polymerization
气相聚合
1.
Application of catalyst YS-842B in propylene gas phase polymerization process;
YS-842B催化剂用于丙烯气相聚合工艺
2.
Progress in gas phase polymerization of butadiene;
丁二烯气相聚合研究进展
3.
Some research works on electrostatics and wall sheeting in gas phase polymerization fluidized bed reactor were reviewed, including description of reactor wall sheeting, relationship of electrostatics with wall sheeting, hydrodynamics of fluidized bed, and principle of electrostatic charge generation.
综述了气相聚合流化床内静电及结片现象的研究进展,对流化床内结片现象进行了描述,将静电与流化床的壁面结片现象关联,并从流化床流体力学行为与静电生成速率的关系出发对静电的生成机理进行了论述。
3) gas-phase polymerization
气相聚合
1.
This paper presents the progress of the Ni-BR production process at home and abroad,including the molecular weight regulation process,catalyst compounding process,gas-phase polymerization process,bulk polymerization process and heat pump,screw-extruding process used in the final treatment of the BR production.
介绍了近几年国内外镍系顺丁橡胶生产技术的进展情况,内容涉及分子量调节技术、催化剂配置技术、节能降耗的气相聚合、本体聚合工艺及橡胶后处理过程中使用的热泵技术、螺杆挤压工艺,同时也对国内外顺丁橡胶新型防老剂的使用情况及其新品种的开发进行了简要介绍。
2.
The design and operation of a semi-batch stirred-bed reactor for gas-phase polymerization(copoly merization) of olefin have been described The reactor can be operated over the range of temperature and pressure used in the gas phase polymerization of Catalloy It is found that the heat-transfer limitation sets an upper bound on the reactor STY (space time yield
根据冷模研究结果，设计了一套研究半连续烯烃气相聚合的反应器，其温度、压力控制及反应速率的测定完全能够达到催化剂性能评价和动力学研究的要求。
3.
A new method for the manufacture of conductive paper by gas-phase polymerization was explored in this paper.
采用气相聚合法制备了导电纸,探讨了聚合反应中氧化剂浓度、处理时间、干燥时间、反应时间等因素对聚吡咯导电纸性能的影响。
4) gas phase copolymerization
气相共聚
1.
Design of computer control system for gas phase copolymerization of olefin based on PLC;
基于PLC的烯烃气相共聚反应计算机控制系统设计
补充资料：调气法
调气法
调气法 调节针感的各种方法。包括捻转、提插、呼吸配合、手指循按，及龙虎升腾、纳气、青龙摆尾、白虎摇头、苍龟探穴、赤凤迎源等法。《金针赋》：“及夫调气之法……气不至者，以手循摄，以爪切掐，以针摇动，进捻搓弹。直至气至，……气不过者，以龙、虎、龟、凤通经接气大段之法驱而运之，仍以循摄、爪切，无不应矣。”详见各条。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条