1) equivalent cure system(EC)
平衡硫化体系
1.
In this paper,effects of conventional cure system(CV),effective cure system(EV),semi-effective cure system(SEV),equivalent cure system(EC) on the physical-mechanical properties and cure reversion resistance of cured natural rubber were studied.
结果表明:有效和平衡硫化体系的抗硫化返原性最好;在不同的硫化体系中加入抗返原剂Si69之后,都能有效地提高硫化天然胶的抗硫化返原性和物理机械性能。
2) equilibrium cure
平衡硫化
1.
The reversion and chemical stress relaxation behaviour of natural rubber (NR) cured with equilibrium cure system (EC) were studied.
WOlff’‘,”采用双（3-三乙氧基甲硅烷基丙基）-四硫化物（St69）与硫黄组成的平衡硫化体系（EC）,既减少了硫化返原的产生,又保留了传统硫黄硫化体系（CV）的优点,同时克服了因采用有效硫化体系（EV）或半有效硫化体系（SEV）所导致的强度
2.
Effects of different kinds of accelerators,blending ratio and cure temperature on natural rubber(NR)cured with equilibrium cure system(EC)were studied.
研究了促进剂的种类，促进剂并用及硫化温度等条件对平衡硫化体系（ＥＣ）硫化天然橡胶（ＮＲ）的影响。
3) heat balance of vulcanization
硫化热平衡
4) balance system
平衡体系
1.
At last the article concluded that ⑴the impact of nutrient in the sediment on water was due to surface sediment; ⑵the solubility rate of total nitrogen was higher than of total phosphorus in the sediment,and the balance system of nitrogen near the sediment interface was easy destroyed; ⑶phosphorus inwater was absorbed by the sedime.
(2)TN的溶出率比TP高,沉积界面N的平衡体系易受破坏,沉积物中N对水体作出的贡献比P大。
5) equilibrium system
平衡体系
1.
Application of defining independent variable of the equilibrium system (Ⅰ);
确定平衡体系独立自变量方法的应用(Ⅰ)
2.
C-H-O-S-N thermodynamic equilibrium systems on coal gasification are computed in this paper,based on which a new method of two-stage coal gasification with the auxiliary of plasma torch is proposed.
采用独立组元法对煤气化反应的 C- H- O- S- N热力学平衡体系进行了计算 ,在此基础上提出了一种等离子体炬辅助下煤两段气化的方案 。
6) self-equilibrating system
自平衡体系
1.
Application of self-equilibrating system to reinforcing the prestressed bridge;
浅谈自平衡体系在预应力桥梁加固中的应用
补充资料：平衡体系
分子式：
CAS号：
性质：在金属与电解质溶液构成的体系中，金属离子在金属-溶液两相间，由于电化学位不同而发生转移。当它们在两相中的电化学位相等时，表明在金属-溶液界面上已建立起可逆的平衡状态，即电荷与物质从金属向溶液迁移的速度和从溶液向金属的迁移速度相等。这种体系称为平衡体系。
CAS号：
性质：在金属与电解质溶液构成的体系中，金属离子在金属-溶液两相间，由于电化学位不同而发生转移。当它们在两相中的电化学位相等时，表明在金属-溶液界面上已建立起可逆的平衡状态，即电荷与物质从金属向溶液迁移的速度和从溶液向金属的迁移速度相等。这种体系称为平衡体系。
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参考词条