ferrate

ferrate

1. The concentration of sodium ferrate is 22.14g/L with current yield of 42.47%.

Na2FeO4溶液浓度可达22.14g/L，电流效率为42.47%。

2. Effect of pH and humic acid on removal of lead and cadmium by combined ferrate pretreatment and alum coagulation

pH和腐殖酸对高铁酸盐去除水中铅、镉的影响

3. ferrate t richloride

三氯化铁

4. To clear the ferrate out of the galvanizing aid so as to reduce zinc consumption, the orthogonal design method was used to investigate and determine the mai...

为去除助镀剂中的铁盐，降低锌耗，采用正交设计方案，研究并寻找出影响铁盐去除的主要因素，确立了较为可行的工艺方法。

5. trisodium pentacyano ferrate

五氰基高铁酸三钠

6. The future reserach work in the field will be focused on fundamental research of applications of ferrate salts,optimization of process parameters and commercialization of new products.

今后这一领域的研究方向将主要集中在高铁酸盐应用的基础性研究、工艺过程的优化,以及新材料的产业化等方面。

7. The performance and application of potassium ferrate in terms of its oxidization ,flocculability and stability are overviewed.

从氧化性、絮凝性、稳定性等方面概述了高铁酸钾的性能与应用。

8. The research progress of pre-oxidation of water of lakes and reservoirs with ferrate is summarized and the future development in this field is also discussed.

从高铁酸钾的性质出发,概述了高铁酸钾及其复合药剂预处理湖泊水库水的影响因素,展望了这一领域的发展情况。

9. Keywords ferrate;porous cylindrical cast iron anode;current efficiency;benzidine;

关键词高铁酸盐;圆筒铸铁阳极;电流效率;联苯胺;

10. Determination of disodium ferrate by spectrophotometry

分光光度法测定高铁酸钠的浓度

11. Piezoelectric and dielectric properties and acoustic impedance of the composites with different strontium ferrite and barium ferrate contents were measured and investigated.

分析讨论锶铁氧体和钡铁氧体掺杂质量分数对压电复合材料压电性能、介电性能及声阻抗的影响。

12. Keywords Encapsulation-type potassium ferrate;TCE;Release;Remove;

包覆型高铁酸钾;TCE;缓释;去除;

13. Keywords bipolar membrane;chitosan;carboxymethylcellulose;colloid titration;ferrate;

双极膜;壳聚糖;羧甲基纤维素;胶体滴定;高铁酸盐;

14. Catalytic Performance of Silicone-Magnesium Ferrate for Hydroxylation of Phenol with Hydrogen Peroxide

含硅的铁酸镁在苯酚过氧化氢羟化反应的催化作用

15. This article emphatically introduced two new processes (ferrate and UV) and its application in printing and dyeing wastewater treatment.

因此，重点介绍了高铁酸盐和UV法两种污水治理的新工艺，及其在印染废水处理中的应用。

16. The kinetics study on the thermal decomposition of solid barium ferrate

固体高铁酸钡热分解动力学的研究

17. The stability study of solid barium ferrate

固体高铁酸钡的稳定性研究

18. Keywords solid potassium ferrate, one-step electrolysis, temperature, stabilizer, current efficiency, crystal structure;

固体高铁酸钾;一步电解法;温度;稳定剂;电流效率;晶体结构;

19. The result shows that by treating with 800? mg/L potassium ferrate for 15 minutes,the content of DDVP can be decreased from 80? mg/L to lower 0.05?

在20~80 mg/L敌敌畏水溶液中加入800 mg/L K2FeO4处理15 min可使敌敌畏质量浓度降低到0.05 mg/L以下。

20. turbidity value and bacteriological pollution index could reach national drinking water first level standard by potassium ferrate at the test condition.

在本试验条件下经高铁酸钾处理后的水源水，其浊度和细菌学指标均能满足国家生活饮用水一级标准。

21. The reaction addition and scale effect do not much affect the degradation rate of RhB by ferrate.

在高铁酸钾氧化罗丹明B的研究过程中对添加物和溶液体积的初步探索表明这两因素对降解效率并没有明显影响；

22. composite ferrate solution

复合高铁酸盐

23. Keywords ferrate;cocking wastewater;decolouration;

复合高铁酸盐;焦化废水;脱色;

24. APPLICATION OF FERRATE IN THE DECOLOURATION OF THE COCKING WASTEWATER

复合高铁酸盐在焦化废水脱色中的应用研究

25. composite ferrate

复合高铁酸盐溶液

26. REMOVAL OF AMMONIA-NITROGEN IN COCKING WASTEWATER BY COMPOUND FERRATE

复合高铁酸盐脱除焦化废水中氨氮的研究

27. Preparation and Application of Potassium Ferrate as an Multi-functional Water Treatment Agent

多功能水处理药剂高铁酸钾的研制及应用研究

28. Potassium ferrate was added during the treatment of seawater by coagulation and sedimentation processes,and the coagulation aid effect was investigated by a jar test.

对我国南方某典型源水的有机高分子助凝效果进行了研究,分别进行了烧杯试验和中试验证。

29. This articl describes that the ferrate with ferric salt coagulantis applied to treat the water slight-polluted sources water, good water quality can be obtained.

将高铁酸盐应用于微污染水源，并与铁盐混凝剂配合，可取得良好的水质。

30. they were further oxidized to result in additional byproducts which appeared as the other peaks in the HPLC chromatogram of ferrate treated phenol sol...

并据此推导出苯酚被高铁酸钾氧化降解的可能途径。

31. Keywords microwave oxidation ferrate salts hydrogen peroxide phenol water treatment;

微波氧化;铁酸盐;过氧化氢;苯酚;水处理;

32. Relationship between Reorganization Energy of Surface Electrons and Photovoltaic Threshold of Nanocrystalline Ferrate

掺杂纳米晶铁酸盐表面电子重组能与光伏特性的关系

33. The effects of different light on the stability of ferrate solution are studied.

摘要研究了不同种类的光照对高铁酸盐溶液稳定性的影响。

34. As a new type of battery cathode material, ferrate will have a promising future.

摘要高铁酸盐作为一种新型的电池正极材料具有广阔的发展前景。

35. The stability study of solid barium ferrate was carried out in this article.

文中对固体高铁酸钡在不同温度下进行了稳定性研究。

36. Weihua Yang , Yan Zhou, Honghui Wang, Dongqin Bi.Studies on the influence of various experimental conditions on electrochemical generation of ferrate (VI) in NaOH-KOH mixed electrolyte[J].

杨卫华，王鸿辉，曾晓旭，黄婷婷.高铁酸钾处理水中十六烷基三甲基溴化铵[J].环境科学.

37. tetrasodium biscitrate ferrate

柠檬酸亚铁钠(贫血治疗药)

38. Keywords oxidative desulfurization;light oil;potassium ferrate;benzothiophene;dibenzothiophene;

氧化脱硫;轻质油;高铁酸钾;苯并噻吩;二苯并噻吩;

39. Keywords ammonia-nitrogen;potassium ferrate;landfill leachate;

氨氮;高铁酸钾;垃圾渗滤液;

40. Keywords wastewater treatment agent;potassium ferrate;stability;

水处理剂;高铁酸钾;稳定性;

41. Keywords wastewater from oil field;wastewater treatment;potassium ferrate;polyacrylamide;

油田污水;污水处理;高铁酸钾;聚丙烯酰胺;

42. Keywords Cocking wastewater Polysilicate Flocculate Sodium ferrate;

焦化废水;聚硅酸盐;絮凝;高铁酸钠;

43. Dark purple crystals of potassium ferrate was produced, the productivity, pureness and cost of which were 45.2%, 49.6% and 120,000 RMN per ton respectively.

由Na2FeO4溶液结晶制得的K2FeO4紫黑色固体产率为45.2%，纯度为49.6%，成本约为12万元/吨。

44. On the basis of mechanism analysis and compare of CODCr degradation rate, parachlorophenol and aniline were found to be easier degraded by ferrate than nitrobenzene.

由机理分析和宏观CODCr降解率难易程度比较可知高铁酸根与对氯苯酚、苯胺的反应比与硝基苯的反应更加容易进行。

45. Keywords alachlor;ferrate oxidation;activated sludge;integrated process;mineralization;

甲草胺;高铁氧化;活性污泥;耦合工艺;矿质化;

46. Studies of Electro-generated Ferrate and Its Using in Degradation of Phenolic Wastewater

电生成高铁酸盐及其对酚类废水处理机制的研究

47. The investigations focus on physical chemical methods of improving the stability and discharge performance of super-iron battery with cathode of barium ferrate.

目前,提高高铁酸钡稳定性、改善以高铁酸钡为阴极材料的超铁电池放电性能为主要研究热点问题。

48. This study focuses on the integrated ferrate oxidation and activated sludge process for the mineralization of alachlor from aquatic environment.

研究了高铁氧化-活性污泥串联耦合工艺去除水中甲草胺的效能。

49. Fumaric acid,maleic acid,oxalic acid and formic acid were found to be the primary products of ferrate oxidation of phenol(100 mg/L);

结果表明,高铁酸钾降解苯酚的主要稳定的中间产物有顺丁烯二酸、反丁烯二酸、草酸和甲酸。

50. The results indicate that UV-light can accelerate the decomposition of ferrate, nevertheless infrared light has not obvious effect on the stability of ferrate solution.

结果表明：紫外光有加速其分解的作用，红外光没有明显的影响，可见光则居中。

51. This paper reviewed the progress in preparing and using potassium ferrate as an oxidant and coagulant for water and wastewater treatment.

综述了在水处理中应用高铁酸钾作为氧化剂和絮凝剂的发展状况。

52. Keywords membrane;sodium alginate（SA）;anion polyacrylamide（APAM）;cross linking;electro-generated ferrate;

膜;海藻酸钠（SA）;阴离子聚丙烯酰胺（APAM）;交联;电生成高铁酸盐;

53. Nowadays, because of its special physicochemical property, potassium ferrate has been recognized as a novel and green multi-purpose chemical for wastewater treatment.

近年来备受关注的高铁酸钾由于其独特的物理化学性质，已逐步被认可为新一代集氧化、絮凝、杀菌等多种功能于一体的多功能高效水处理剂。

54. Keywords Oilfield Wastewater;Advanced Oxidation Processes;Photocatalysis;Fenton Regent;Ferrate;Degradation;Photocatalytic Visbreaking;

采油污水;高级氧化技术;芬顿法;光催化法;高铁酸盐;降解;光催化降黏;

55. The results show that the over potential involved in ferrate reaction can be reduced by the improved electrode,which bears good electro-catalytic performance.

采用优化热处理温度的二氧化锡-三氧化二锑/钛电极和循环伏安法,研究了不同温度时高铁酸钠的电化学行为,得到相应的电化学参数。

56. Self-produced potassium ferrate was employed for advanced treatment of landfill leach-ate after secondary biochemical treatment,and the treatment effect was investigated.

采用自制的高铁酸钾深度处理垃圾渗滤液二级生化处理出水,考察了处理效果。

57. After water-cooling, the pickled steel tube is stuck with some ferrate on its surface.

钢管酸洗经水冷后，其表面仍粘附有铁盐。

58. uranium ferrate

铁酸铀

59. Keywords KAg（CN）2;K2Zn（CN）4;ferrate;sodium sulfide;water disposition;

银氰化钾;锌氰化钾;高铁酸盐;硫化钠;水处理;

60. With the further research of the ferrates,the application fields of ferrates,potassium ferrate as a representative,will be more extensive.

随着对高铁酸盐研究的不断深入,以高铁酸钾为代表的高铁酸盐的应用领域将更为广阔。

61. Keywords Advanced Oxidation Techniques,Organic Pollutants,Oil-contained Wastewater,Polyacrylamide,Ferrate,Fenton Reagent;

高级氧化;有机污染物;含油污水;聚丙烯酰胺;高铁酸盐;芬顿试剂;

62. ferrate oxidation

高铁氧化

63. tripotassium sodium ferrate(VI)

高铁酸三钾钠

64. Nitrobenzene was presumed to react with ferrate through a two-electron mechanism, while para-chlorophenol and aniline followed a one-electron mechanism.

高铁酸根与硝基苯的反应通过双电子转移完成，而与对氯苯酚和苯胺的反应则通过单电子转移完成。

65. ferrate ( VI )

高铁酸盐

66. Keywords Ferrate;double diaphragm electrolysis cell;oxidation;p-chlorophenol（p-CP）;bisphenol A （BPA）;p-nitrophenol（p-NP）;

高铁酸盐;双膈膜电解槽;氧化降解;对氯苯酚;双酚A;对硝基苯酚;

67. Keywords ferrate;landfill leachate;COD;NH3-N;

高铁酸盐;垃圾渗滤液;COD;氨氮;

68. Keywords ferrate;chlorophenols;oxidation;dissociation;

高铁酸盐;氯酚;氧化;离解;

69. Keywords ferrate;methyl orange;decolorize;ferric hydroxide;potassium fluoferrite;

高铁酸盐;甲基橙;脱色;氢氧化铁;六氟合铁酸钾;

70. Effect of Impurities on the Ferrate Solution

高铁酸盐体系的掺杂效应

71. Research on Wiping Off the Chroma of Dye Waste by Ferrate

高铁酸盐去除印染废水色度的实验研究

72. Ferrate as a Coagulant for Removing Disinfection Byproducts and Their Precursors in Potable Water

高铁酸盐去除水中消毒副产物前体物的研究

73. Study of Degradation of Azo Dyes Treated by Ferrate

高铁酸盐对偶氮类染料的降解脱色研究

74. Degradation of Cyanobacterial Peptide Hepatotoxins by Ferrate

高铁酸盐对藻类肝毒素的降解

75. Ferrate is an efficient multipurpose water treatment agent with the properties of oxidation, flocculation, sterilization and so on.

高铁酸盐是一种集氧化、絮凝、杀菌等为一体的环境友好型多功能水处理剂。

76. Effects of Light on the Stability of Ferrate

高铁酸盐溶液稳定性的光化效应

77. Research Status of Ferrate Salts

高铁酸盐的研究现状

78. sodium ferrate

高铁酸钠

79. sodium ferrate (Na2FeO4)

高铁酸钠（Na2FeO4）

80. barium ferrate

高铁酸钡