针对过硫化现象做了后固化测试。
The post cure test was carried out to overcome the overcure.
并提出了以绢流充电方式消除电池极板硫化现象的方法。
And a way of trickle charging to remove the vulcanization on the battery plate is suggested here.
针对国内轮胎生产普遍存在过硫化现象，做了后硫化效应试验。
The post cure test was carried out to overcome the overcure which was a common problem in Chinas tire manufacturers.
早期的实验证明了这种现象，但是并不明确是由于硫化氢本身所起的作用，还是因为其间接的降低了老鼠的体温，从而导致新陈代谢的减缓。
Earlier experiments had demonstrated this effect, but it was unclear whether the gas was doing this itself or was acting indirectly by lowering body temperature, which also reduces metabolism.
讨论了未硫化橡胶的自粘现象。
The paper reviewed the self-adhesion phenomena of unvulcanized rubber.
调查分析得知该厂印染废水存在氮、磷缺乏现象，SBR曝气池存在缺氧现象，废水中硫化物含量较高。
From the investigations, lack of nitrogen and phosphorus, oxygen deficiency in aeration basin of SBR, high concentration of sulfide in the wastewater is found.
目前所见到的矿化现象主要为一些铁铜硫化物的局部富集； 铜含量最高可达2.63％；
The observed mineralization phe- nomens at present is mainly local enrichment of some Fe-Cu sulfides, and the maximum of Cu content is as high as 2. 63%.
文中讨论了这种现象的原因以及硫化层分层对铁铬合金硫化行为的影响。
The reasons for this phenomenon and the influence of the sulfide scale demixing on the sulfidation process of Fe-Cr alloys have been discussed.
针对黄铁矿、磁黄铁矿加速硫化铅碳酸化转化过程的现象，对黄铁矿、磁黄铁矿与硫化铅之间的电池相互作用进行了模拟研究。
The effect of presence of pyrite and pyrrhotite on the conversion of lead sulfide into lead carbonate in ammonium carbonate solution was investigated.
研究表明，与传统炭黑增强样品相比，碳纳米管在橡胶中的混入速度快，温升幅度小，混炼胶的硫化返原现象减轻。
The results showed that the nanotubes mixed rapidly into the rubber with little temperature increase during the mixing. The curing reversion of rubber composites was also reduced.
样品选区电子衍射表明反应产物是立方相和六方相结构，认为这是硫化锌的同质异构现象。
However, the selected area's electron diffraction shows that it has both cubic and hexagonal phase structures corresponding to different shapes. This is attributed to the isomeric state of ZnS.
分析了输送高湿含硫化氢较高的石油天然气管线钢管的氢致裂纹(HIC)现象及特点，以及影响HIC的环境因素和材料因素。
This article analysis the hic and its characteristic of the pipeline transmitting high H2S Petroleum and Gas, and the environment factor and material factor which affect the hic.
分析了输送高湿含硫化氢较高的石油天然气管线钢管的氢致裂纹(HIC)现象及特点，以及影响HIC的环境因素和材料因素。
This article analysis the hic and its characteristic of the pipeline transmitting high H2S Petroleum and Gas, and the environment factor and material factor which affect the hic.
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