polycondensation reaction
聚缩合反应
polycondensation process
聚缩合过程
polycondensation polymer
聚缩合聚合物
polycondensation method
聚缩合方法
polycondensation technique
聚缩合技术
polycondensation kinetics
聚缩合动力学
polycondensation temperature
聚缩合温度
polycondensation reaction conditions
聚缩合反应条件
polycondensation products
聚缩合产物
polycondensation mechanism
聚缩合机制
polycondensation is a crucial process in the production of certain plastics.
聚缩合是某些塑料生产中的关键过程。
the polycondensation reaction can lead to high molecular weight polymers.
聚缩合反应可以导致高分子量聚合物的形成。
understanding polycondensation mechanisms is essential for material scientists.
理解聚缩合机制对材料科学家至关重要。
polycondensation can occur under various reaction conditions.
聚缩合可以在不同的反应条件下发生。
this study focuses on the kinetics of polycondensation reactions.
本研究集中于聚缩合反应的动力学。
polycondensation is often used to create thermosetting resins.
聚缩合通常用于制造热固性树脂。
the efficiency of polycondensation can be influenced by temperature.
聚缩合的效率可以受到温度的影响。
many synthetic fibers are produced through polycondensation processes.
许多合成纤维是通过聚缩合过程生产的。
polycondensation reactions can be catalyzed by various agents.
聚缩合反应可以通过各种催化剂进行催化。
the properties of the final product depend on the polycondensation conditions.
最终产品的性质取决于聚缩合条件。
polycondensation reaction
聚缩合反应
polycondensation process
聚缩合过程
polycondensation polymer
聚缩合聚合物
polycondensation method
聚缩合方法
polycondensation technique
聚缩合技术
polycondensation kinetics
聚缩合动力学
polycondensation temperature
聚缩合温度
polycondensation reaction conditions
聚缩合反应条件
polycondensation products
聚缩合产物
polycondensation mechanism
聚缩合机制
polycondensation is a crucial process in the production of certain plastics.
聚缩合是某些塑料生产中的关键过程。
the polycondensation reaction can lead to high molecular weight polymers.
聚缩合反应可以导致高分子量聚合物的形成。
understanding polycondensation mechanisms is essential for material scientists.
理解聚缩合机制对材料科学家至关重要。
polycondensation can occur under various reaction conditions.
聚缩合可以在不同的反应条件下发生。
this study focuses on the kinetics of polycondensation reactions.
本研究集中于聚缩合反应的动力学。
polycondensation is often used to create thermosetting resins.
聚缩合通常用于制造热固性树脂。
the efficiency of polycondensation can be influenced by temperature.
聚缩合的效率可以受到温度的影响。
many synthetic fibers are produced through polycondensation processes.
许多合成纤维是通过聚缩合过程生产的。
polycondensation reactions can be catalyzed by various agents.
聚缩合反应可以通过各种催化剂进行催化。
the properties of the final product depend on the polycondensation conditions.
最终产品的性质取决于聚缩合条件。
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