nitrobenzene

nitrobenzene

1. 2 - methyl - 3 - nitrobenzene acid

2-甲基-3-硝基苯乙酸

2. 1 - (2 - bromoethoxy) - 4 - nitrobenzene

4-硝基苯基-2＇-滇乙醚

3. oily poisonous liquid amine obtained from nitrobenzene and used to make dyes and plastics and medicines

一种油质有毒的液态胺，从硝基苯中获取，用于制染料、塑料和药物

4. oily poisonous liquid amine obtained from nitrobenzene and used to make dyes and plastics and medicines.

一种油质有毒的液态胺，从硝基苯中获取，用于制染料、塑料和药物。

5. Survey on a nitrobenzene poisoning accident

一起硝基苯中毒事故的调查报告

6. Investigation on an acute nitrobenzene toxication

一起硝基苯急性中毒事故调查

7. The process for synthesis of p-aminophenol by catalytic hydrogenation of nitrobenzene over Pt/Carbon active catalyst is described . A new process possesses good commercial foreground is expounded.

介绍了硝基苯催化加氢制对氨基苯酚的工艺概况,提出了一种新的工艺路线,该路线具有更好的工业前景。

8. The catalysts and technologies for clean production of nitrobenzene were reviewed,including new nitrating agents,catalysts and nitrofication technologies.

从硝化剂、催化剂和工艺等方面阐述了用于清洁生产硝基苯的方法。

9. The electrolysis of nitrobenzene wastewater is investigated with three-dimensional electrode which is packed with membrane active carbon and active carbon.

以涂膜活性炭-活性炭为填充粒子,对三维电极电解硝基苯废水进行了研究。

10. Mud composed of water with clay,zeolite,iron,calcium sulphate,etc is returned and infused to aquifer by the pressure to effectively control the nitrobenzene pervasion in groundwater.

以粘土、沸石、铁粉、硫酸钙等与水调配成泥浆,利用压力向井中回灌,将泥浆注入到含水层中,可有效地阻截地下水中硝基苯的扩散。

11. It was pointed out that development of low-cost,high efficiency nitrobenzene hydrogenation catalysts and one-step synthesis technologies would be the trends in this field.

低价、高效硝基苯加氢催化剂和一步法制苯胺新技术是今后的发展方向。

12. THE ISOLATION AND RESEARCH OF NITROBENZENE DEGRADATIVE PLASMID FROM PSEUDOMONAS XN-1

假单胞菌XN-1硝基苯降解性质粒的提取及研究

13. Keywords catalyzed oxo-process;treatment;Nitrobenzene water;

关键词催化氧化法;处理;硝基苯废水;

14. Application of Fenton'Reagent for Treatment of Nitrobenzene Manufacturing Process Wastewater

利用芬顿试剂处理硝基苯类生产废水的研究

15. By the deoxidization of zero-valent iron,nitrobenzene,an organic compound hard to be biodegraded,can be deoxidized to nitrosobenzene,and further to aniline,which is easily biodegraded.

利用零价铁的还原性质,将难生物降解的有机物硝基苯先还原生成亚硝基苯,然后再进一步还原成可生物降解的苯胺。

16. Keywords dually supported;bimetallic catalyst;hydrogenation;nitrobenzene;

双重负载;双金属催化剂;氢化;硝基苯;

17. Keywords receptor theory;nitrobenzene;QSAR;fathead minnow;

受体学说;硝基苯;定量结构活性相关;黑头呆鱼;

18. For understanding nitrobenzene distribution in water under natural ice in Songhua River,nitrobenzene contents of different ice layers of main riverway were examined at Dalianghe in Songhua River.

同时对松花江达连河断面主河道上冰层中硝基苯含量进行了分层检测。

19. Study of wastewater containing nitrobenzene pretreatment

含硝基苯类化工废水预处理的研究

20. Packed Bed-Multiphase Catalytic Reactor Oxidation Process for Treatment of Nitrobenzene Wastewater

固定床电-多相催化反应器处理硝基苯废水

21. Fixed phase complexing extractant to the treatment of wastewater containing nitrobenzene

固定相络合萃取技术回收处理水中硝基苯

22. Study Progress on Nitrobenzene Waste Water Treatment

国内硝基苯废水治理研究进展

23. Azobenzene was prepared with aniline and nitrobenzene as raw materials,potassium hydrate as catalyst and dimethyl sulforide as solvent.The yield was 69.23%.

在二甲亚砜溶剂中，以氢氧化钾为催化剂，苯胺和硝基苯反应得到偶氮苯，产率为69．23%。

24. In the prcsence of Nitrobenzene, the TPC is then converted to the TPPH2.

在硝基苯存在下TPC被氧化成TPPH_2。

25. In the microbial remediation of environment polluted by nitrobenzene and its substituted compounds, co-metabolism and synergetic degradation of co-strains would play an important role.

在硝基苯类化合物污染环境的微生物修复方面，共代谢和混合菌株的协同作用具有重要的应用前景。

26. The PH adjustment was improved in the determination of nitrobenzene by reduction azo-photometry,so as to improve the analyzing velocity and precision.

在还原偶氮光度法测定硝基苯中，对溶液的pH调节方法进行了改进，提高百分析速度和精确度。

27. Treatment of nitrobenzene wastewater by electrochemical heterogeneous catalytic process, the optimal conditions of nitrobenzene removal were as: applied potential of 40 V, Na_2SO_4 concentration of 500 mg L~(-1), pH 10 and 45 min of HRT.

多相催化电解耦合工艺处理硝基苯废水的优化工艺条件为：电解电压40 V、支持电解质Na_2SO_4浓度为500 mg·L~(-1)、pH值为10、水力停留时间45 min。

28. Influence of Soya Lecithin on the Biodegradation of Nitrobenzene by Acinetobacter sp.

大豆磷脂对不动杆菌降解硝基苯的影响。

29. Natural Biopolymer-supported Bimetallic Catalyst for Reductive Carbonylation of Nitrobenzene

天然高分子负载双金属催化剂催化硝基苯还原羰化反应

30. The study on capability of degradation of embedment of Phanerochaete chrysosporium to nitrobenzene was carried out.

实验研究了黄孢原毛平革菌的包埋固定化技术处理硝基苯废水。

31. In addition, the peak value of nitrobenzene concentration has appeared in turn and decreased along with its migration path.

实验过程中，从进水口至出水口的各取样点依次出现硝基苯浓度峰值，并且随着硝基苯迁移路径的延长其浓度峰值相应变小。

32. When 20g/L organo-bentonites were used for 10mg/L of nitrobenzene content and the adsorption time was 40 minutes, the adsorption rate was up to 64.4%, increased 21.3% than unmodified bentonnites at the same condition.

室温条件下,硝基苯初始浓度10mg/L,吸附剂投加量20g/L,吸附振荡时间为40min时,有机膨润土对硝基苯的去除率达64.4%,较相同条件下原土对硝基苯的去除率提高了21.3%。

33. Keywords Pt/nylon catalyst;Activity;Selectivity;Nitrobenzene;p-Aminophenol;

尼龙催化剂;活性;选择性;硝基苯;对氨基苯酚;

34. Though the capacity of aniline and nitrobenzene has been in surplus since the end of 2006, many new installations of aniline and nitrobenzene are still under construction or to be constructed.

尽管自 2006 年底以来苯胺和硝基苯的生产能力已经处于过剩，许多新的苯胺和硝基苯装置仍然正在建设或者将要开工。

35. Studies on quantitative determination of nitrobenzene in aniline by differential pulse polarography

差分脉冲极谱法测定苯胺中微量硝基苯

36. Resonance Raman Study of the Photodissociation Dynamics of the CT-Band Absorption of Nitrobenzene in Cyclohexane Solution, Xin-Ming Zhu, Shu-Qiang Zhang , Xuming Zheng* , and David Lee Phillips*, J. Phys. Chem. A, 2005, 109,3086-3093.

己烯复合物电子转移振动重组能的共振拉曼光谱强度分析,朱宏峰,郑旭明*,高等学校化学学报,26(9),(2005).

37. A method for determining nitrobenzene in plant by gas chromatography was developed.

建立了气相色谱法测定植株样品体内硝基苯含量的方法。

38. A method was developed for the determination of nitrobenzene in aniline by differential pulse polarography .

建立了测定苯胺中微量硝基苯的差式微分脉冲极谱法。

39. Study of Synthesizing Aniline by Reduction of Nitrobenzene Under Microwave Radiation in Water Phase

微波辐射水相法还原硝基苯制苯胺的研究

40. The research on Treatment of Nitrobenzene Wastewater of Chloramphenical Process by Micro-electrolytic Method

微电解法处理氯霉素硝基废水实验研究

41. ACF is widely used to treat wastewater containing nitrobenzene, chlorophenol or metallic ion.Besides, ACF is also an effective adsorbent used in the area of gas adsorption, catalyzer and medicine.

总结纤维活性炭在去除硝基苯类化合物、酚类化合物、金属离子和对饮用水进行深度处理及其在空气吸附脱废、工业催化、医用吸附流感病毒等领域的研究进展和状况。

42. For disposal of wastewater containing phenol(or nitrobenzene or acetophenone) with the EHIDT,we first obtain following kinetic equation.

提出了用等离子脉冲放电法处理含酚、硝基苯、苯乙酮废水时的动力学方程;

43. It has been pointed out that catalytic hydrogenation of nitrobenzene and its organo-electrochemical reduction is a new technique which has a great future.

提出硝基苯催化加氢还原和有机电解还原是有前景的新工艺。

44. The catalysts and technologies for clean production of nitrobenzene were reviewed, including new nitrating agents, catalysts and nitrofication technologies.

摘要从硝化剂、催化剂和工艺等方面阐述了用于清洁生产硝基苯的方法。

45. Due to its high toxicity and refractory, nitrobenzene accumulated chronically were harmful to human beings.Pollution problems involved are being seriously concerned.

摘要硝基苯具有高毒性、难降解性及在环境中的积累性，使得硝基苯污染问题越来越受到科学研究者的关注。

46. Nitrobenzene pollutant has been listed in toxic waste manual of our country, its strict discharge standard has been stipulated.

摘要硝基苯污染物被列入国家危险废物名录，国家对其规定了严格的排放标准；

47. Nitrobenzene and its substituted compounds are a group of priority pollutants characterized by chemical stability, high toxicity, and biological accumulation.

摘要硝基苯类化合物是一类具有稳定化学性质、高毒性和易在生物体内积累的优先污染物。

48. In the determination of nitrobenzene class, the operation is complicated, the used glass ware is very much, but system error such as zinc dreg absorption and filter paper absorption is not serious.

摘要硝基苯类的物质在测定中，不能因操作过程的复杂，使用的玻璃器皿多，就存在着较大的系统误差，如锌渣吸附和滤纸吸附误差。

49. Based on results of simulated experiment, it can determine the main effect factors of nitrobenzene's transport and fate, as well as effect degree of these factors by analytic method.

摘要通过室内模拟实验，确定了影响硝基苯在含水层中迁移转化的主要因素，并采用解析解方法计算出各因素的影响水平。

50. Keywords Modified slag;Adsorption mechanism;Aniline;Nitrobenzene naphthalene.;

改性煤渣;吸附机理;苯胺;硝基苯;萘;

51. The New Nitrobenzene Adiabatic Nitration Technology Research and Its Realization

新硝基苯绝热硝化工艺研究及其实现

52. METHODS The residues of 4 isomers of benzene hexachloride (BHC), 4 isomers of dichloro-diphenyl trichloroethane (DDT) and pentachloro nitrobenzene (PCNB) were determined by gas chromatography.

方法 采用气相色谱法对六六六(BHC) 4种异构体、滴滴涕 (DDT) 4种异构体和五氯硝基苯 (PCNB)进行测定。

53. What is driving the growth of Chinese aniline and nitrobenzene production?

是什么推动了中国苯胺和硝基苯生产的增长呢?

54. This paper studied the oxidative stress of Nitrobenzene(NB) on the liver of Carassius auratus at the molecular level of toxicity.

本文从分子毒理学水平研究了硝基苯对幼龄鲫鱼肝脏的氧化胁迫作用。

55. Based on simulated experiment research,this paper discussed the migration rules and transformation mechanism of nitrobenzene in aquifer under the condition of groundwater recharged by river.

本文通过室内模拟实验,探讨在河流入渗补给地下水的条件下,硝基苯在含水层中的迁移规律及其转化机理。

56. The paper analgses nitrobenzene and benzene in polluted water of TongJiang section,TongJiang Dong Gang section and Bacha section of songHuaJiang and HeiLongJiang river.

本文通过对双苯污染带流经松花江和黑龙江的同江断面、同江东港(下列)断面及八岔断面监测分析,对同江段水质受硝基苯污染的状况作出了科学的分析评价。

57. The kinetic curves have been obtained.Kinetic studies showed that the reactions between nitrobenzene.

根据动力学原理处理实验数据，获得动力学曲线方程。

58. Dongmei Fu, Xinmiao Liang, Jiping Chen, One method for the degradation of nitrobenzene and substituted nitrobenzene by catalytic wet air co-oxidation, China Patent (Chinese) CN200410021244.4.

梁鑫淼,付冬梅,陈吉平,一种湿式氧化法处理硝基苯类有机污染物的方法,申请号：200310105288.0，申请日：2003年12月8日。

59. Scherer M M,Johnson K M,Westall J C,et al.Mass transport effects on the kinetics of nitrobenzene reduction by iron metal[J].Environ Sci Technol,2001,35(13):2804.

樊金红徐文英高廷耀周荣丰.硝基苯类废水的预处理技术研究[J].环境污染与防治,2005,27(1):8.

60. Keywords n-Butylamine;aminobenzene;nitrobenzene;carrier;catalysis;oxidation.;

正丁胺;苯胺;硝基苯;载体;催化;氧化;

61. Detection of Nitrobenzene, Nitrochlobenzene, Aminobenzene Compound in Water by GC-MS

气相色谱-质谱法检测水中硝基苯、硝基氯苯、氨基苯类化合物

62. Keywords analysis of chloridion;improvement;nitrobenzene;peregal;OP-emulsifier;

氯离子分析;改进;硝基苯;平平加;乳化剂OP;

63. Pathway of Aqueous Ferric Hydroxide Catalyzed Ozone Decomposition and Ozonation of Trace Nitrobenzene

水中羟基氧化铁催化臭氧分解和氧化痕量硝基苯的机理探讨

64. Catalytic Ozonation of Trace Nitrobenzene in Water by Iron Hydroxide

水合氧化铁催化臭氧氧化去除水中痕量硝基苯

65. Keywords Water hyacinth root Nitrobenzene Monolayer adsorption;

水葫芦根系;硝基苯;单分子层吸附;

66. Study on Adsorption Process for Nitrobenzene on Water Hyacinth Root

水葫芦根系对硝基苯吸附过程研究

67. Bioconcentration potentials were determined for nitrobenzene,2,4-and 2,6-dinitrotoluene,and 3 nitrochlorobenzenes (ortho,meta and para) using the algae (S.

测定了硝基苯、2,4-二硝基甲苯、2,6-二硝基甲苯及硝基氯苯(邻、间、对)在绿藻体内富集及释放趋势。

68. Study on Adsorption of Nitrobenzene in Groundwater by Furnace Ash and Slag

炉灰渣对地下水中硝基苯的吸附试验研究

69. CSF; Emergent treatment; Nitrobenzene; Backwash; Filter initial outlet;

炭砂滤池;应急处理;硝基苯;反冲洗;初滤水;

70. Keywords alkylation chloration 2;5 Dimethoxyl 4 Chloro Nitrobenzene;

烷基化反应;氯化反应;2`5-二甲氧基-4-氯-硝基苯;

71. Keywords Warburg respirometer;nitrobenzene;concentration and biodegradability;

瓦氏呼吸仪;硝基苯;浓度;生物降解性能;

72. Comparision of Characteristics of the Biosorption and Physical Adsorption and Photolysis for the Nitrobenzene Sewage

生物、物理吸附与光解处理硝基苯污水的特性比较研究

73. Treatment of Nitrobenzene Wastewater in Bipolar Packed Bed Cell

用复极固定床电解槽处理硝基苯废水

74. Due to the effect of the solution, COOH-substituted group had an effect on the electroreduction of nitrobenzene which was different from that of other group.

由于电解液中乙醇的影响,使得取代硝基苯甲酸中羧基对硝基的电还原性能的影响不同于其他取代硝基化合物。

75. 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。

76. Keywords Methylbenzene;Nitration;Nitrobenzene sulfonic acid;

甲苯;硝基化;硝基苯磺酸;

77. Study on Mechanism of Degradation of Nitrobenzene Compounds by White Rot Fungi

白腐真菌处理硝基苯化合物的机理初探

78. At present, more in-depth studies should be done to understand the synergys and interactions of nitrobenzene transfermation and transportation in natrual ecosystems.

目前，有关自然生态系统中硝基苯迁移转化过程之间协同作用与相互影响的研究还有待于进一步深入。

79. Objective:To study the effect of oxidative intimidation on nitrobenzene induced neurotoxicity in mouse.

目的:探讨氧化胁迫在硝基苯致小鼠神经毒性中的作用。

80. Nitrobenzene's effect was found to be different from the usual DCM in F-C reaction, because nitrobenzene might participate in the intermediate reaction.

研究发现，作为傅克酰基化反应的常用溶剂，二氯甲烷和硝基苯的作用是不同的，硝基苯可能参与了傅克酰基化反应的中间过程；