本体聚合

本体聚合ABS树脂技术进展

Advance in bulk polymerization technology of ABS resin

对甲基丙烯酸甲酯（MMA）本体聚合动力学进行了研究。

Kinetics of methyl methacrylate ( MMA ) bulk polymerization is investigated in this paper .

丙烯液相本体聚合过程POLYMERSPLUS建模与分析

Steady-State Modeling of Commercial Liquid Phase Bulk Polypropylene Process with Polymers Plus

基于POLYMERSPLUS的丙烯本体聚合流程模拟研究

Flowsheet Simulation for Bulk Propylene Polymerization Based on Polymers Plus

基于POLYMERSPLUS的丙烯本体聚合过程的模拟和优化

Modeling of Liquid Bulk Polypropylene Processes Using POLYMERS PLUS

利用RBF神经网络建立苯乙烯本体聚合反应非线性系统模型；

Building up the models via RBF neural network for the linear system ;

利用SEM、XRD、XPS、EDX等分析了催化剂的形态和物性，并进行了丙烯本体聚合研究。

The catalyst was characterized with SEM , XRD , XPS and EDX .

SC型高效催化剂丙烯液相本体聚合

Liquid Phase Bulk Polymerization of Propene in Presence of SC Highly Efficient Catalyst

本体聚合BR的加工性能及力学特性

Processability and mechanical properties of bulk polymerized br

MMA室温本体聚合法制有机玻璃的配方研究

Study of the Formulation of Organic Glass from Bulk Polymerization of MMA at Room-Temperature

利用苯乙烯-丙烯腈共聚物（SAN）工业装置，研究了苯乙烯中添加少量乙苯在单一聚合釜中进行热引发连续本体聚合的反应规律。

The regularity of styrene continuous bulk polymerization was studied with a few quantity of ethylbenzene by heat initiating polymerization in styrene-acrylonitrile copolymer industrial reactor .

实验采用连续本体聚合的方法合成PMMA树脂，而后采取强溶剂溶解的方式混合PMMA树脂和抗氧剂。

In this experiment , PMMA resin was synthesized by continual bulk polymerization , mixed with antioxidant by strong solvent .

NA催化剂本体聚合反应制备的聚合物颗粒规整性较好，表面形态更接近于球形。

The stereo properties of polypropylene particle produced on NA catalyst were better than that produced on imported catalyst in batch liquid bulk polymerization process .

依据聚合反应机理，采用ASPEN公司的POLYMERSPLUS为软件平台，对Hypol工艺的丙烯液相本体聚合过程进行建模与流程模拟。

A comprehensive model for liquid phase bulk propylene polymerization was developed by using polymers plus of ASPEN .

本文确定了3-羟基丁酸乙酯本体聚合制备PHB为合适的工业化合成PHB的方法。

3-Hydroxybutyrate polymerized by itself is the most properly synthesis method of producing PHB in industrial scale .

用基团分析方法对端羟基聚丁二烯（HTPB）/己二异氰酸酯（HDI）体系的本体聚合反应的动力学进行了研究。

Reactive kinetic of bulk polymerization of HDI / HTPB was studied by means of titration analysis .

文中研究基于径向基（RBF）神经网络算法的内模控制策略在苯乙烯本体聚合反应相对分子质量分布控制领域的应用。

A nonlinear internal model control ( IMC ) strategy based on radial basis function ( RBF ) network models was proposed for bulk polymerization of styrene .

采用此体系引发MMA本体聚合时，量子收率达8.7×10~2。

Using this system to initiate bulk polymerization of MMA results in an increase of the quantum yield to 8.7 × 102 .

研究了用于丙烯聚合的新型NA催化剂的组成、粒度分布及本体聚合性能，同时与进口催化剂进行了相关对比。

Composition , particle size distribution and catalytic performance of NA catalyst in batch liquid bulk polymerization of propylene were studied and were compared with those of an imported catalyst .

论文自制反应器，采用Ziegler-Natta催化剂本体聚合α&烯烃。

Manufacture reactor and utilizing Ziegler-Natta catalyst , we polymerize α - olefin polymerization by bulk polymerization .

前言：用透射电镜TEM和“原位”FTIR技术研究了预聚物法聚氨酯脲（PUU）本体聚合反应过程中材料内部的形态变化。

The development of morphology and mechanical properties of PUU in bulk prepolymer polymerization process was investigated by TEM and in situ FTIR .

苯乙烯本体聚合动力学的改变影响到PS／蒙脱土纳米复合材料的结构，BPO浓度越低，复合材料中粘土的层间距越大，粘土的层离程度越高，材料的耐热分解温度越高。

Lower BPO concentration , larger interlayer distance , higher extent of delamination of clay and higher thermal decomposition resistance temperature were observed in the nanocomposite .

在此基础上，利用本体聚合法制备了MMA／CHMI二元共聚物。

Binary copolymers of MMA / CHMI at different feed content were synthesized by bulk copolymerization .

采用机械共混法和热本体聚合法制备抗菌型高抗冲PS（HIPS），通过定性和定量试验对抗菌型HIPS的抗菌活性进行了测定与分析。

High impact polystyrene ( HIPS ) with antibacterial activity was prepared by means of mechanically blending and thermal-initiated bulk polymerization , and their antibacterial activities were measured and analyzed via quantitative and qualitative tests .

采用本体聚合的方法合成了聚甲基丙烯酸N，N二甲氨基乙酯（PDMAEMA），并将中空纤维超滤技术应用于所制聚合物的精制；

Poly [ 2 - ( N , N-dimethyl amino ) ethyl methacrylate ] ( PDMAEMA ) was prepared by free radical bulk polymerization , and the polymer can be purified by hollow fiber ultrafitration technology .

聚合速率与过氧键浓度的1/2次方成正比。基于JWEB50中活性基团等活性假设、长链假定以及引发效率相等假定，建立了JWEB50引发St本体聚合的动力学模型。

And it is proportional to the square of the concentration of O-O group . A kinetic model for polymerization rate of St was established based on the hypothesis of equal reactivity , long chain assumption and under the quasi steady state .

本论文通过开环本体聚合和开环溶液聚合的方法制备了三种PLLA-POSS杂化材料，并对其结构和分散性进行表征。

Three species of PLLA-POSS hybrids were prepared by ring-opening polymerization and solution ring-opening polymerization .

动力学和GPC分析均表明以BDB为链转移剂时苯乙烯本体聚合的可控性最好。

The results of kinetic study and GPC analysis both show that the bulk polymerization of styrene can be controlled effectively when BDB is used as chain transfer agent .

提出了3羟基丁酸乙酯本体聚合制备聚羟基丁酸酯（PHB）的工艺，设计了一套制备PHB的试验装置，确定了反应的试验方案。

A method to produce poly hydroxybutyrate ( PHB ) by bulk polymerization of 3-hydroxybutyrate was put forward . An experimental device was designed to produce PHB and the condition of reaction was confirmed .

用傅立叶变换红外光声光谱（FT-IR-PAS）方法研究了本体聚合聚丙烯粉末的紫外光氧化。

Fourier infrared photoacoustic spectrum ( FT-IR-PAS ) was used for the studies of UV photooxidation in polypropylene .