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您的检索式：作者名="CHE Yuling"
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| 1 | Effects of Micronutrient Niacin on Treatment Efficiency of Textile Wastewater显示文摘纺织品废水作为 mostdifficultly 要对待的废水之一众所周知。纺织品废水处理效率上的烟碱酸的效果被 1.0 mg 中心点L~的连续增加学习(-1)烟碱酸,水样品的物理、化学的索引例如货到付款,氨和脱氢酶活动,与标准方法每天被分析,并且在废水处理性能的明显的改进被完成。Theexact 结果显示出那:(1 ) 烟碱酸能与是的移动率 signifcantly 改进 COD 移动效率控制系统的至于那些的 1.31 次;(2 ) 在这个试验性的条件下面,烟碱酸的增加没几乎在氨的移动上有效果;(3 ) 烟碱酸的增加能在 130% 改进脱氢酶的活动。它证明纺织品废水处理系统的生物处理性能能可能通过微量元素烟碱酸补充被优化。 | LIANG Wei HU Hongying GU Xin CHE Yuling WANG Hui GUO Yufeng SONG Yudong | 2006 | Wuhan University Journal of Natural Sciences2006，11，3： | 1 |
| 2 | An improved Hummers method to synthesize graphene oxide using much less concentrated sulfuric acid显示文摘The production of graphene oxide with less acid is beneficial to reduce the costs and lower the impact on the environment,but it is still a great challenge.In this work,a relatively simple,safe method for synthesizing graphene oxide with much less acid(decrease∼40%)is proposed.With assistance of the heat absorbed from environment and reaction system,the temperature of reaction system of low acid can be well controlled.More interestingly,the graphite can be completely oxidized into graphite oxide by using much less acid,with lowering the production of high-concentration aqueous waste acid(>1 mol/L,decrease∼40%).A series of characterizations show that the prepared graphene oxide has similar yield and functional groups compared with that of using the conventional method.This work provides a safe and environmentally friendly choice for the large-scale production of graphene oxide and its derivative materials. | Yanbin Zhu Gang Kong Yuling Pan Lian Liu Bo Yang Shuanghong Zhang Delin Lai Chunshan Che | 2022 | Chinese Chemical Letters2022，33，10： | 0 |
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