分子间作用中的强协同效应会对高能材料的晶体结构和重要性质产生重大影响。
The strong cooperative effect in the intermolecular interaction has a severe influence on the crystal structure and other important properties.
在这一过程中，作为参与实体的教育者、学生、教育环境可能形成强协同、弱协同、非协同三种不同的互动状态。
In this process, as participated entities, pedagogues, students and education environment can be formed three different mutual act states: strong cooperation, weak cooperation, non - cooperation.
它具有良好的生物降解性、浊点低、抗硬水能力强、起泡性好且稳定、对皮肤刺激性小、与其它表面活性剂的协同性好等特点。
It has good biodegradation, low of cloud point, strong ability of resisting hard water, good lather ability and stability, little thrill to the skin, good cooperate with other surfactants and so on.
力学性能的结果表明：zdma和气相法白炭黑对NR有协同补强的效应。
The results of mechanical properties indicated that ZDMA and fumed silica have synergistic reinforcement affect on NR vulcanizates.
按照合理配比原则充分发挥其协同效应，具有缓蚀率高、耐高温、阻垢力强、不易分解等特点。
Through rational prescription, TH-619B has good synergistic effect, with high corrosion inhibition ratio, high temperature tolerance, high scale inhibition ratio and not easy to degradation.
相对于传统的工作流平台而言，该平台具有可靠性高、异步协同能力强和应用广泛的特点。
Compared with traditional workflow style, this platform is characterized by more high reliability, ability of asynchronous collaboration and extensive application.
相对于传统的工作流平台而言，该平台具有可靠性高、异步协同能力强和应用广泛的特点。
Compared with traditional workflow style, this platform is characterized by more high reliability, ability of asynchronous collaboration and extensive application.
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