1) iron carbide
铁碳化合物
2) Iron-carbon
铁碳
1.
The article preliminaryly discusses the influence factor of organic pollutant which difficultly degrades in Iron-carbon degradative water,the best technological parameter and treated effect;It also inquires into effect mechanism of oxidizing degradative polltant,through analyzes midium result of pollutant degradation and puts foward possible way of pollutant degradation.
铁碳降解水中难降解有机污染物的影响因素、最佳工艺参数及处理效果;初步探讨了氧化降解污染物的作用机理;通过分析污染物降解的中间产物,提出了污染物降解的可能途径。
3) Fe/C
铁/碳
1.
A process for preparation of the potassium methylate with the potassium-mercury amalgam and methanol using Fe/C as catalyst was provided.
本文主要研究了甲醇与钾汞齐在铁/碳催化剂作用下合成甲醇钾的工艺。
4) Fe-C method
铁碳法
1.
Biochemical method and Fe-C method were used for the treatment of terephthalic acid wastewater.
采用生化法和铁碳法进行对苯二甲酸废水的处理研究,结果得出:CODCr=2000mg/L是微生物降解对苯二甲酸的抑制质量-体积分数;pH值为8~9时活性污泥处理对苯二甲酸废水比较理想;铁碳法处理对苯二甲酸废水35h后,CODCr的去除率达到了80%以上。
2.
The Fe-C method,which is used to treat the CR wastewater containing high level PSA,is a pretreatment technology on the worksite.
介绍以铁碳法处理冷轧含高浓度PSA废水的处理技术,结合现场设计铁碳技术为主要的预处理工艺,大幅度降低COD浓度,去除Sn~(2+)离子,为废水进一步进行生化处理提供保障。
5) Fe/C
铁碳比
1.
The results indicated that the optimized condition of ferric-carbon microelectrolysis is pH=2, Fe/C=1∶2, HRT=2 h.
实验结果表明,最合适反应条件是进水pH值为2、铁碳比1∶2、停留时间为2h,在此条件下CODCr去除率可达64%以上,且进水浓度的变化对去除率影响不大。
6) iron-carbon system
铁碳体系
1.
Investigation of mechanism of wastewater decontamination with reaction of hydrogen separation and oxygen absoption in iron-carbon system;
铁碳体系析氢与吸氧反应过程净化废水机理的研究
参考词条
补充资料:(OC-6-11)-六氰合铁酸铁钾
CAS:25869-98-1
分子式:C6FeN6·Fe·K
中文名称:(OC-6-11)-六氰合铁酸铁钾;华蓝钾盐
英文名称:
分子式:C6FeN6·Fe·K
中文名称:(OC-6-11)-六氰合铁酸铁钾;华蓝钾盐
英文名称:
Ferrate, hexakis(cyano-C)-iron potassium (OC-6-11)
Prussian blue (potassium salt)
说明:补充资料仅用于学习参考,请勿用于其它任何用途。