polymerization kinetics
英 [ˌpɒliməraɪˈzeɪʃn kaɪˈnɛtɪks]
美 [ˌpɑːlimərəˈzeɪʃn kəˈnɛtɪks]
网络 聚合动力学; 聚合反应动力学
双语例句
- Polymerization Kinetics Behavior of Butadiene/ Isoprene/ Styrene with Tin-Containing Organolithium as Initiator
SnLi引发苯乙烯/异戊二烯/丁二烯聚合动力学 - In order to study the polymerization kinetics of HTV fluorosilicone rubber, it is polymerizated at different polymerization temperature and initiator concentration.
考查了聚合温度和初始引发剂浓度对热硫化氟硅橡胶聚合动力学的影响，并掌握了相关规律。 - Non-isothermal Polymerization Kinetics and Physical Properties of PMMA/ MAP-POSS
MAP-POSS改性PMMA非等温聚合反应动力学及物理性能 - Moreover, the effect of PHMS on the polymerization kinetics, the particle size, rheological property and stability of emulsion were systematically discussed.
并详细讨论了PHMS浓度对该复合乳液聚合反应动力学、乳液的粒径、流变性及稳定性的影响。 - Ring-Opening Polymerization Kinetics of Ethylene Oxide and Propylene Oxide
环氧乙烷环氧丙烷开环聚合反应动力学研究 - Polymerization of butadiene with TiCl_4/ SiO_2-supported catalysts ⅱ. Polymerization condition and polymerization kinetics
TiCl4/SiO2负载型催化剂用于丁二烯聚合&Ⅱ.聚合条件及聚合动力学 - Studies on propylene polymerization kinetics of HDC type high activity catalyst
HDC型高效聚合催化剂丙烯聚合反应动力学研究 - The Chlorinated Polyethylene-Graft-Vinyl Chloride polymerization kinetics was studied by use of gas chromatography technique. The heat load distribution was analyzed in the process for different complex initiator systems and the heat transfer surface area was checked for 7-m~ 3 reactor.
本文用气相色谱技术研究氯化聚乙烯（CPE）-接枝（g）-氯乙烯（VC）聚合动力学，对不同引发剂体系分析热负荷分布，并对7m~3聚合釜传热面进行校核。 - Based on the detail analyzing of polymerization kinetics, the mechanism, and modeling studies, a kinetics mathematic model of Solid State Polymerization for nylon 6 was proposed.
本论文对尼龙6固相聚合进行了实验研究，探索了工艺过程和操作条件对固相聚合的影响。 - Preparation, Polymerization Kinetics and Properties of Acrylic Thickeners
丙烯酸系增稠剂的合成、聚合动力学及性能的研究 - A model of resin quality and a recurrence formula of the industrial fluidized bed gas-phase polyethylene production process are deduced on the basis of ethylene polymerization kinetics scheme and the flow pattern in fluidized bed.
本文首先分析了聚乙烯树脂熔融指数和密度变化的影响因素，建立了流化床动态过程中聚合物性能指标的递推关系和工业流化床乙烯气相聚合过程产品质量的预测模型。 - According to the flow behavior in the loop reactor and the mechanism analysis of bulk polymerization of propylene, the micro-model for liquid phase bulk propylene polymerization in loop reactor at steady operation condition was proposed in order to determine the polymerization kinetics.
基于流体全混流流动模式并联用机理分析方法，建立了环管反应器中的丙烯液相本体聚合的微观数学模型，模拟了在稳态操作条件下环管反应器中丙烯液相本体聚合动力学。 - Under different mole equivalent ratios of poly ( sodium p-styrenesulfonate) segment to methylene blue ( P/ D), the photoredox behavior of methylene blue ( MB)-triethanolamine and the polymerization kinetics of acrylamide sensitized system have been investigated.
在不同聚苯乙烯磺酸钠与亚甲蓝（MB）当量比（P/D）下，以He-Ne激光为光源，对MB-三乙醇胺的光氧化还原行为，及其增感丙烯酰胺（AM）聚合动力学进行了研究。 - The synthesis of ultra-high molecular weight polystyrene and polymerization kinetics
超高分子量聚苯乙烯的合成和聚合反应动力学 - Co-polymerization Kinetics of AN in Ionic Liquid
丙烯腈在离子液体中的共聚反应动力学研究 - Bulk precipitation polymerization kinetics of isoprene with supported titanium catalyst
负载钛催化异戊二烯本体沉淀聚合动力学的研究 - Studies on ASA Core-shell Emulsion Copolymerization 3. Polymerization Kinetics and Graft Degree
ASA核&壳乳液聚合研究Ⅲ聚合动力学和接枝率 - The effect of temperature on catalytic efficiency, syndiotactic index and viscosity mean molecule weight, and polymerization kinetics, and Al/ Ti molar ratio to polymerization were investigated.
考察了聚合温度对催化效率、间规指数、粘均分子量的影响，也研究了铝/钛摩尔比与聚合结果的关系以及聚合动力学行为。 - On the ground of the research on the emulsion stability, polymerization kinetics, composition control of VC-HEMA and VC-IBVE-HEMA emulsion polymerization system, VC-HEMA copolymer and VC-IBVE-HEMA terpolymer with more uniform composition distribution were synthesized, and the structure and property were studied.
论文在对VC-HEMA、VC-IBVE-HEMA乳液共聚稳定性、聚合动力学和组成控制进行研究基础上，合成了组成较为均匀的VC-HEMA和VC-IBVE-HEMA共聚物，对共聚物结构和性能进行了初步研究。 - Due to its complexity of the polymerization kinetics mechanism and the practical industrial polymerization processes, modeling of a polymerization process becomes a major branch of polymer reaction engineering, and it's also an unsolved and challenging problem.
由于聚合反应体系本身的复杂性和装置工程特性的综合性，决定了聚合过程模型化尤其是与工业装置紧密结合的聚合过程模型化既是聚合反应工程的一个重要发展方向，又是一个难题。 - HIPS was prepared by the method of bulk graft-polymerization. The polymerization kinetics curves were determined, and the phase inversion phenomenon was observed and analyzed. The influence of agitation conditions on impact properties of HIPS was then discussed.
采用本体接枝共聚法制备高抗冲聚苯乙烯（HIPS），测定反应动力学曲线，观察和分析相转变现象，并由此分析讨论搅拌条件对抗冲性能的影响。 - A study on the forms and polymerization kinetics of silicic acids in strongly acidic electrolyte solutions
高酸度电解质溶液中硅酸的形态及其聚合动力学研究 - Study on free-radical polymerization kinetics by adiabatic calorimetry
用绝热量热法研究自由基聚合动力学 - The polymerization kinetics of styrene catalyzed by Ziegler-Natta catalyst and the effects of prepolymerization conditions on morphology of prepolymer particles were systemically studied.
通过淤浆预聚对齐格勒-纳塔催化剂催化的苯乙烯预聚动力学规律和预聚条件对预聚物粒子形态的影响进行了系统的研究。 - The Insulation Experiment of Cryogenic Propellant Pipe APPLICATION OF ADIABATIC CALORIMETRY TO POLYMERIZATION KINETICS
低温推进剂输送管绝热试验研究绝热量热法在聚合动力学中的应用 - The VC polymerization kinetics by unitary or composite initiator were studied, which optimized the initiator system, shortened the time of polymerization, and gave the theoretical basis of the production capacity improvement of polymerizer.
研究了单一和复合引发剂条件下的VC聚合动力学，为优化引发剂体系、缩短聚合时间、提高聚合釜的生产能力提供理论基础。 - The polymerization kinetics was investigated in detail by varying the concentration of surfactant, type of initiator, polymerization style, adding style of DDM and whether the incorporation of alkali and so on.
通过改变乳化剂的浓度、引发剂的种类、聚合方式、DDM的加入方式及碱性组分的加入与否等条件较详尽而系统地研究了制备过程的动力学。 - The results of polymerization kinetics study confirmed the characteristics of miniemulsion polymerization. Monodisperse functionalized polystyrene latex were obtained.
实验结果表明聚合反应动力学符合细乳液聚合的特征，没有恒速期的存在，且能获得单分散的、表面功能化的聚苯乙烯胶乳粒子。 - Both microscopic chain configuration and mesoscopic supermolecular structures of the amphiphilic macromers have been changed with solvent and/ or concentration. The polymerization kinetics of amphiphilic monomers are thus highly coupled to their self-assembled behaviors. 2.
随着溶剂性质和浓度的不同，两亲性大单体的微观链构象和介观超分子结构都会不同，两亲性大单体的聚合反应动力学和大单体的自组织行为紧密相关。 - We get he polymerization kinetics curves by the analysis of polymerization process by the dry matter.
通过干物法对聚合过程进行了分析，得到了聚合动力学曲线。