排序方式: 共有9条查询结果,搜索用时 109 毫秒
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分析了齐鲁石化氯碱厂蒸发装置Ⅳ效二次蒸汽带碱量大的原因:蒸汽负荷大;真空度低;蒸发室液位高;分离冲洗网积盐。通过采取相应措施后,二次蒸汽的带碱量(100%NaOH)由初期的1000多t/a下降到了不足100t/a。 相似文献
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介绍了齐鲁石油化工股份有限公司氯碱厂对MDC-55型电解槽进行的节能技术攻关,并通过一系列的试验得出了以下结论:优化隔膜配方,降低隔膜压降;更新(修复)阳极,避免电耗升高,缩小阴阳极距,降低电槽电压。 相似文献
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This paper gives a summary of the organization and the presentations delivered at the 10th Conference on Magnetically Confined Fusion Theory and Simulation(CMCFTS) held in Zhuhai, China, from 28th to 31st October 2022. The conference focused on the latest progress in the research of the magnetic confined fusion plasma theory and simulations, as well as the largescale numerical simulation techniques developed in recent years. This conference is held both online and offline, with about 110 domesti... 相似文献
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二次盐水质量对电解槽的影响及处理措施 总被引:1,自引:0,他引:1
阐述了二次盐水质量对电解槽的影响情况,并根据实际运行经验,提出了解决措施。 相似文献
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对聚氯乙烯生产中聚合后期提高聚合温度和单体转化率的方法进行了探索。结果表明,利用该方法能使转化率提高百分之五左右,产品的质量指标达到优级品,但是产品的力学性能受到一定影响。 相似文献
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We study the Landau resonance between geodesic acoustic mode(GAM) and trapped electrons as a GAM’s collisionless damping. The assumption of ˉωde 〈〈ωbeis adopted.The damping rate induced by trapped electrons is found to be an increasing function of q. In low q range, circulating-ion-induced damping rate is larger than that induced by trapped electrons.As q increases, the latter becomes larger than the former. The reason is that trapped electrons’ resonant velocity is close to vtefrom the lower side, whiles circulating ions’ resonant velocity gets bigger further from vti. So the number of resonant trapped electrons increases, whiles the number of resonant circulating ions decreases. The amplitude of damping rate induced by trapped electrons in the edge plasma can be comparable to that induced by circulating ions in the low q range.Another phenomenon we found is that in the chosen range of, the damping caused by trapped electrons has a maximum value at point εq for different q. The reason is that as is close to q,trapped electorns’ resonant velocity is close to vte. 相似文献
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简要介绍离子膜法电解系统中氯酸盐的产生及去除方法,并根据氯酸盐分解的优化控制经验,提出在正常情况下氯酸盐分解的控制指标及其在异常情况下的调整办法。比较了两种真空脱氯方式下氯酸盐的分解工艺。 相似文献
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