硫化胶乳的硫化程度一般都随贮存时间的延长而加深。
In general, vulcanization intensifies as the storage time is prolonged.
在硫化体系不变的情况下，可用硫化曲线定性比较并用胶的共硫化程度。
When the formulation of blend was unchanged, the curing curve could be used to compare the co-vulcanization qualitatively.
本文提出了确定橡胶最佳硫化程度范围的一整套简单可行的实验和计算方法。
A set of experimental and calculating method, readily available to determin the range of optimum state of cure of rubber, is proposed.
硫化后冷却时的后硫化效应对总硫化程度影响很大，尤以轻载子午线轮胎为甚。
The postcure effect gave a great influence on the total curing state of radial tire, particularly radial light truck tire.
通过建立三维有限元实体模型来模拟轮胎的硫化工艺过程，分别研究了不同初温对轮胎硫化温度场及硫化程度的影响。
The effects of different preheating temperatures on the temperature field and extent field of tire vulcanization were then quantitatively analyzed.
日常所用的多数橡胶所受的硫化程度使得其同时具有热塑性和热固性，例如，若把这样的橡胶加热，然后冷却，则橡胶性能会降低，但不会完全被破坏。
Most rubber in everyday use is vulcanized to a point where it shares properties of both; i. e., if it is heated and cooled, it is degraded but not destroyed.
加入共交联剂，可以提高交联程度，缩短硫化时间。
Addition of co-crosslink agent increased the degree of crosslinking and shortened the vulcanization time.
而与赋存超大型镍铜硫化物矿床的金川岩体相比，煎茶岭超基性岩体为岩浆一次侵位形成，分异程度小，镍、硫含量较低。
However, compared with jinchuan ore - bearing intrusion, jianchaling ultrabasic intrusion formed by magma simple emplacement, and magma fractionated weakly with lower content of nickel and sulphur.
在一定程度上腐蚀机制涉及氧化-硫化与氧化物的熔融等。
The corrosion mechanism is then discussed in terms of oxidation-sulfidation and scale fluxing models.
硫化胶填充纳米二氧化后，耐酸性、耐碱性、耐水性得到了不同程度的提高，硫化胶浸出液离子降低。
Resisting water, acid and alkali properties of the modified nano-silica-filled vulcanizes can be improved accordingly, and leaching liquor ion form vulcanizes decreases.
同时考察了形变类型、程度，以及各种油介质对某些硫化胶性能变化的影响。
The type and extent of deformation as well as the effect of various oils on the changes of the properties of some vulcanizates were studied.
SSBR/S/NS体系的非等温硫化过程和等温硫化过程中均存在顺反异构化反应，且非等温硫化过程中的顺反异构化程度比等温硫化过程高。
There was cis-trans isomerism on the system of SSBR/S/NS and the degree of cis-trans isomerism in the process of non-isothermal vulcanization was deeper than the isothermal vulcanization.
建立三维有限元模型模拟轮胎硫化过程，研究初始硫化温度对轮胎硫化温度场及程度场的影响。
The influence of the initial curing temperature on the curing temperature field and curing state field of tire was investigated by simulating the curing process of tire with a 3D FE model.
建立三维有限元模型模拟轮胎硫化过程，研究初始硫化温度对轮胎硫化温度场及程度场的影响。
The influence of the initial curing temperature on the curing temperature field and curing state field of tire was investigated by simulating the curing process of tire with a 3D FE model.
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