co-polymerization process
共聚过程
co-polymerization reaction
共聚反应
co-polymerization technique
共聚技术
co-polymerization study
共聚研究
co-polymerization method
共聚方法
co-polymerization initiated
共聚引发
co-polymerization yields
共聚产率
co-polymerization conditions
共聚条件
co-polymerization experiment
共聚实验
co-polymerization analysis
共聚分析
the research focused on controlled radical co-polymerization for enhanced material properties.
研究侧重于受控自由基共聚，以获得增强的材料性能。
block co-polymerization allows for the creation of thermoplastic elastomers with unique characteristics.
块状共聚使能够创建具有独特特征的热塑性弹性体。
we investigated the impact of initiator concentration on co-polymerization kinetics.
我们调查了引发剂浓度对共聚动力学的影响。
controlled co-polymerization techniques minimize branching and improve polymer regularity.
受控共聚技术最大限度地减少了支化，并提高了聚合物的规律性。
the co-polymerization of styrene and butadiene yields synthetic rubber with excellent elasticity.
苯乙烯和丁二烯的共聚产生具有优异弹性的合成橡胶。
living co-polymerization provides precise control over molecular weight and architecture.
活根共聚对分子量和结构具有精确的控制。
raft co-polymerization is a versatile technique for synthesizing well-defined polymers.
raft共聚是一种合成明确定义的聚合物的通用技术。
the co-polymerization process was optimized to maximize yield and minimize side reactions.
共聚过程经过优化，以最大化产量并最大限度地减少副反应。
atom transfer radical co-polymerization (atrc) offers good control over polymer structure.
原子转移自由基共聚（atrc）对聚合物结构具有良好的控制。
graft co-polymerization can be used to modify the surface properties of existing polymers.
接枝共聚可用于改变现有聚合物的表面性质。
the success of co-polymerization depends on careful selection of monomers and reaction conditions.
共聚的成功取决于单体和反应条件的仔细选择。
co-polymerization process
共聚过程
co-polymerization reaction
共聚反应
co-polymerization technique
共聚技术
co-polymerization study
共聚研究
co-polymerization method
共聚方法
co-polymerization initiated
共聚引发
co-polymerization yields
共聚产率
co-polymerization conditions
共聚条件
co-polymerization experiment
共聚实验
co-polymerization analysis
共聚分析
the research focused on controlled radical co-polymerization for enhanced material properties.
研究侧重于受控自由基共聚，以获得增强的材料性能。
block co-polymerization allows for the creation of thermoplastic elastomers with unique characteristics.
块状共聚使能够创建具有独特特征的热塑性弹性体。
we investigated the impact of initiator concentration on co-polymerization kinetics.
我们调查了引发剂浓度对共聚动力学的影响。
controlled co-polymerization techniques minimize branching and improve polymer regularity.
受控共聚技术最大限度地减少了支化，并提高了聚合物的规律性。
the co-polymerization of styrene and butadiene yields synthetic rubber with excellent elasticity.
苯乙烯和丁二烯的共聚产生具有优异弹性的合成橡胶。
living co-polymerization provides precise control over molecular weight and architecture.
活根共聚对分子量和结构具有精确的控制。
raft co-polymerization is a versatile technique for synthesizing well-defined polymers.
raft共聚是一种合成明确定义的聚合物的通用技术。
the co-polymerization process was optimized to maximize yield and minimize side reactions.
共聚过程经过优化，以最大化产量并最大限度地减少副反应。
atom transfer radical co-polymerization (atrc) offers good control over polymer structure.
原子转移自由基共聚（atrc）对聚合物结构具有良好的控制。
graft co-polymerization can be used to modify the surface properties of existing polymers.
接枝共聚可用于改变现有聚合物的表面性质。
the success of co-polymerization depends on careful selection of monomers and reaction conditions.
共聚的成功取决于单体和反应条件的仔细选择。
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