1) heat balance of vulcanization
硫化热平衡
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) thermo-chemical equilibrium
热化学平衡
1.
By analyzing the thermo-chemical reaction mechanism of the biomass gasification process,the thermo-chemical equilibrium model is established based on mass balance,heat balance,gasification reaction equilibrium.
生物质气化是生物质能利用的有效方式之一,通过分析气化过程热化学反应机理,基于气化过程的物料平衡、热量平衡和热化学反应平衡关系,建立了一种生物质气化过程的热化学平衡模型。
4) 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。
5) chemical thermal equilibrium
化学热力学平衡
1.
The chemical thermal equilibrium was used to investigate the transformation law of elemental mercury(Hg0),which was oxidized into divalent mercury(Hg2+) at different flue gas temperature,and the results were compared with the experimental results.
通过化学热力学平衡模拟,研究了在不同烟气温度下汞从元素态汞转化为二价汞的规律,并与小型实验结果进行了比较。
6) thermochemical nonequilibrium
热化学非平衡
1.
This paper numerically simulates the 3D hypersonic thermochemical nonequilibrium flows with two-temperature model.
对三维高超声速热化学非平衡流场进行数值模拟,采用双温度热化学非平衡、 11组元空气模型,考虑振动-离解耦合。
2.
A numerical method for the computation of 3 D hypersonic ionized flows in thermochemical nonequilibrium has been developed.
研究发展了一种计算高超声速三维热化学非平衡电离流动的数值方法。
3.
AUSMPW+ scheme is applied to numerical simulation of hypersonic thermochemical nonequilibrium flow.
将AUSMPW+格式应用到高超声速热化学非平衡流场的数值模拟中。
补充资料：硫化热平衡
分子式：
CAS号：
性质：在橡胶制品的硫化工艺中，供给的热量主要消耗于硫化设备及模型的升温与散热，耗用于橡胶制品硫化加热的只占一小部分。例如对胶鞋硫化罐硫化的热消耗测定表明，胶鞋的热耗量仅占14％。故硫化时应尽量增加硫化产品的填装量，做好硫化设备的保温隔热，缩短硫化操作时间。
CAS号：
性质：在橡胶制品的硫化工艺中，供给的热量主要消耗于硫化设备及模型的升温与散热，耗用于橡胶制品硫化加热的只占一小部分。例如对胶鞋硫化罐硫化的热消耗测定表明，胶鞋的热耗量仅占14％。故硫化时应尽量增加硫化产品的填装量，做好硫化设备的保温隔热，缩短硫化操作时间。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条