再生方法 meaning in Chinese
renovation process
Examples
- Especially , diesel particle filter ( dpf ) as well as its regeneration methods , catalytic converter equipped with oxidizing catalyst or four - way catalyst , and none thermal plasma - catalysis method have been discussed in detail
介绍了颗粒捕集器及其消极和积极再生方法、采用氧化催化剂或四效催化剂的催化净化器和低温等离子体催化净化技术。 - Abstract : the reasons why the raney ni catalyst loses it " s a ctivity system matically . the method of regenerating the disac tivity catalyst according to catalytic principle is described . it was used in sorbitol production plant , and the effect was good
文摘:对山梨醇用雷尼镍催化剂的失活原因进行了系统分析，根据催化原理找出了失活催化剂的再生方法，经催化剂活性检测及实际应用表明效果较好，值得有关厂家参考使用。 - In this paper , the characteristic of catalytic diesel particulate filter ( cdpf ) used for particulate matter trapped from diesel engine is introduced , the methods of catalytic regeneration are reviewed , and the present research of ceramic honeycomb carrier coat wash and active catalyst is summarized
摘要介绍了柴油机微粒后处理催化捕集器特点，评述了过滤器催化再生方法，综述了蜂窝陶瓷载体涂层及催化剂活性组分研究现状。 - Through such tests , infrared regenerating method has been proved to have the advantages of both simple result and reliable regeneration , up to international advanced level in properties , and suited fuel quality of our country . all of this has solved key technical problems that exist in practical application of dpf in china . such after - treatment system is just the one that is suited to our national situation and that can bring hugely social and economic benefit
通过测试，证实利用红外再生方法具有结果简单和再生可靠的优点，在性能上达到国际先进水平而且能够适应我国的燃油品质，为柴油机捕集器在我国的实际应用解决了关键性技术难题，是适合我国国情、能够产生巨大的社会和经济效益的柴油机排放后处理系统。 - This article discusses the metal filter core regeneration of the hydroxylamine catalyst filter from various aspects such as filtering precision , fluid infiltration function , filtering efficiency , filtering mechanism , by link up with the hpo process of caprolactam production , and provides a generalized regeneration approach
摘要主要从过滤精度、流体透过性能、过滤效率、过滤机理等方面结合hpo法生产己内酰胺工艺羟胺反应过滤器金属芯的再生问题，通过对金属烧结滤芯一般特性的过滤性能的分析，结合实验数据，提供了一种综合性再生方法，该方法处长了滤芯的使用周期，满足了生产高负荷生产要求，再生效果较好。