butanol

butanol

1. Addressing an African conference on biofuels in Addis Ababa, Ethiopia, in August, Bokanga said one possibility is to move from ethanol to butanol fuel production.

2007年8月，在埃塞俄比亚首都亚的斯亚贝巴的一次非洲会议上，Bokanga说一种可能的产品是把燃料产品从乙醇转变为丁醇。

2. The results indicated that the major factor affecting the deproteinization rate (DPR) was B (2 butanol), the sub major factor D (ethanol); while C (methanol) and E (NaCl) had little influence.

5因素 3水平正交试验的结果表明 ,影响脱蛋白率 ( DPR)的主要因素是 B(正丁醇 )、次主要因素是 D(乙醇 ) ,而因素 C(甲醇 )和 E(氯化钠 )的影响则较小 ;

3. The results indicated that the major factor affecting the deproteinization rate (DPR) was B (2 butanol), the sub major factor D (ethanol);while C (methanol) and E (NaCl) had little influence.

5因素3水平正交试验的结果表明,影响脱蛋白率(DPR)的主要因素是B(正丁醇)、次主要因素是D(乙醇),而因素C(甲醇)和E(氯化钠)的影响则较小;

4. butanol - octanol

丁辛醇

5. Keywords waste water of butanol and octanol;catalytic oxydation;auxiliary oxidant;

丁辛醇废液;催化氧化;助氧化剂;

6. normal Butanol and 2-Ethylhexanol plant

丁辛醇装置

7. Keywords Butanol;Adsorption;Thermodynamics of adsorption;

丁醇;吸附;吸附热力学;

8. Keywords butanol;octanol;raffinate;comprehensive application;separate process;simulation;

丁醇;辛醇;残液;综合利用;分离流程;模拟;

9. butanol insoluble iodine

丁醇不溶性碘

10. Hydrogenation of butanol

丁醇加氢

11. Keywords Hydrogenation of butanol;Hydrogenation of 2-ethylhexenol;Hydrogenating catalyst;

丁醇加氢;辛醇加氢;加氢催化剂;

12. butanol fermentation

丁醇发酵

13. Butanol fuel can be manufactured from corn and molasses, has a high energy content and can be shipped through existing fuel pipelines.

丁醇可以由玉米和糖蜜制出，其拥有较高的能量并能用现有管道进行输送。

14. Comprehensive Application of Butanol and Octanol Raffinates

丁醇和辛醇残液的回收利用

15. butanol column

丁醇塔

16. butanol extractable iodine

丁醇提取碘

17. butanol precipitation

丁醇沉淀

18. butanol bacteria

丁醇细菌

19. butanol tolerance

丁醇耐受性

20. QUANTUM CHEMISTRY STUDY ON ANIONIC POLYMERIZATION MECHANISM OF BUTANOL POLYOXYETHYLENE ETHER

丁醇聚氧乙烯醚阴离子聚合机理的量子化学研究

21. Keywords butyraldehyde;butanol;hydrogenation;reactor;mathematical modeling;

丁醛;丁醇;加氢;反应器;数学模型;

22. Mathematical Modeling of the Reactor Synthesizing Butanol from Butyraldehyde by Hydrogenation

丁醛加氢制丁醇反应器的数学模拟

23. Chloro butanol

三氯叔丁醇, 氯丁叔

24. Gelation in Modification of Melamine Resin by Butanol

三聚氰胺树脂丁醇改性过程中凝胶现象的探讨

25. Keywords butanol;acetone;extractive fermentation;oleyl alcohol;Clostridium acetobutylicum;

丙酮;丁醇;油醇;萃取发酵;丙酮/丁醇梭状芽孢杆菌;

26. acetone butanol fermentation

丙酮丁醇发酵 丁基丙酮发酵

27. acetone and butanol fermentation

丙酮丁醇发酵

28. The extractive batch fermentation for acetone/butanol (ABE) production was studied in this work. The aim of the study is to eliminate or reduce the end product(butanol) inhibition on Clostridium acetobutylicum growth.

为了防止丙酮/丁醇发酵过程中代谢产物丁醇对丙酮/丁醇梭状芽孢杆菌(Closlridium acetobutylicum)的抑制作用,进行了萃取和发酵相结合过程的研究。

29. Keywords ethylene glycol monobutyl ether;kinetics;ethylene oxide;butanol;

乙二醇正丁醚;动力学;环氧乙烷;正丁醇;

30. ethyl butanol

乙基丁醇

31. Keywords ethanol;butanol;solvent extraction;HSAB principle;salt effect;

乙醇;丁醇;溶剂萃取;软硬酸碱理论;盐效应;

32. ethanol butanol amine

乙醇丁醇仲胺

33. Keywords dinitrochlorobenzene;cetyltrimethylammonium bromide;n octane;n butanol;microemulsion;hydrolysis kinetics;

二硝基氯苯;十六烷基三甲基溴化铵;正辛烷;正丁醇;微乳液;水解动力学;

34. The technology and device for treating organic waste gas which containes the butanone,butanol and alcohol by catalytic oxidation of heating the waste gas with oil firing were introduced.

介绍了采用燃油加热废气的催化氧化法治理大气量有机废气(含丁酮、丁醇和乙醇)的技术和装置。

35. With the separation of ethanol,propanol and butanol as an example,the operational performance and the energy saving effects of the divided wall distillation column were simulated and analyzed.

以乙醇、丙醇及丁醇为例,对分隔壁精馏塔用于三元混合物分离的操作特性及节能效果进行了模拟分析与研究。

36. Using thymol-sodium hypobromite as chromogenic reagent,and extracting the colour formed with butanol,a spectrophotometric method for the determination of arginine in fermentation broth was studied.

以百里酚的次溴酸钠溶液为显色剂,用正丁醇萃取显色产物,以分光光度计比色测定有机相的吸光度值。

37. secondary butanol

仲丁醇

38. The analysis was based on the reaction of 2,4-dinitrophenylhydrazine with aldehydes in butanol solution.

使用无毒性的正丁醇作溶剂对油脂的羰基值进行测定。

39. Determination of carbonyl compounds in heated oil using butanol as a solvent

使用正丁醇作溶剂测定高温氧化油脂羰基值

40. Keywords lincomycin hydrochloride;crystallization;butanol azeotropy technoloy;

关键词盐酸林可霉素;结晶;共沸;

41. Low initial content of i butene or high t butanol content in the aqueous phase were unfavorable to the reaction.

原料中低异丁烯含量或水相中高叔丁醇含量均对反应过程有不利影响。

42. Keywords bifunctional catalyst;zeolite;cuprous chloride;t butanol;carbon monoxide;carbonylation;t butyl acid;

双功能催化剂;沸石;氯化亚铜;叔丁醇;一氧化碳;羰基化;叔碳酸;

43. tertiary butanol

叔丁醇 特丁醇

44. The oil absorption value test clarifies that the surface oleophilic character of MnCO3 received on the condition that butanol, CTAB bulk ratio of 1:4 have been well improved.

吸油值测定结果表明：经正丁醇与CTAB体积比为1:4体系得到的碳酸锰粉表面亲油性能得到明显改善。

45. Keywords adsorption;surface tension;butanol;active carbon;

吸附;表面张力;正丁醇;活性炭;

46. Keywords solvent recovery;methanol;gasoline;butanol;water;gas chromatography;regression straight line equation;

回收溶剂;甲醇;汽油;丁醇;水;气相色谱;回归直线方程;

47. Keywords Solid acid catalyst;Butanol;Ethylene oxide;Ethylene glycol monobutyl ether;Etherification;

固体酸催化剂;丁醇;环氧乙烷;乙二醇单丁醚;醚化反应;

48. Under the terms of this 12-month contract, Protonex will adapt its existing propane-fueled SOFC systems to operate on liquid fuels, such as butanol, gasoline, kerosene, and desulfurized JP-8.

在12个月的合同期限中，质子公司将对其现有的丙烷燃料SOFC系统进行改进，使其可以使用液态燃料，如丁醇、汽油、煤油和去硫JP-8。

49. There are two steps in the process.First MA is absorbed from the gaseous mixture by solvent butanol, and monobutyl maleate (MBM) is generated in the absorber.

在吸收塔中用丁醇吸收反应气体中的顺酐生成顺丁烯二酸单丁酯,然后在反应精馏塔中将单酯分解为顺酐和丁醇。

50. Under the given conditions, the conversion of n butanol is 47 5%, the yield of n butylamine is 46 2%, and the selectivity of n butylamine is 97 3%.

在本文提出的条件下，正丁醇单程转化率达47．5%，正丁胺单程产率为46．2%，反应选择性为97．3%。

51. The reaction takes place quantitatively between the isothiocyanates and piperdine in tert butanol medium.

在特丁醇介质中，异硫氰酸酯能与哌啶发生定量反应；

52. In the epoxidation, chloroform and t butanol gave the best results.

在环己烯环氧化反应中 ,以氯仿和叔丁醇为溶剂时 ,环氧化反应的结果最好 .

53. Butanol subfractions 4, 5 and 6 from methanolic extract of lotus leaf had the highest inhibitory effects against AGE formation (LLMB 4, LLMB 5, LLMB 6).

在荷叶甲醇萃取物(LLM)方面，以正丁醇区分物的次区分物4、 5与6 (LLMB 4, LLMB 5, LLMB 6)之抗蛋白糖基化效果最为显著。

54. The catalytic activity of resin 732 is higher than D72 when the molar ratio of acetic acid and butanol is 1 : 1 . 2 and catalyst is 35g per mol acetic acid. And the selectivity, stability and lifetime of resin 732 were more superior.

在醋酸与丁醇的摩尔比为1：1.2和催化剂加入量为36克/mol醋酸的情况下，732树脂显示了高的催化活性和好的选择性，且催化活性稳定，使用寿命长，是较好的液固相酯化催化剂之一。

55. Keywords Layer pillared catalyst;n Butanol;Acetic acid;Esterification;Heteropolyanion;

层柱催化剂;杂多阴离子;正丁醇;乙酸;催化酯化;

56. specializes in selling organic chemicals,such as toluene,xylene,acetone,butanone,DMF,ethyl acetate,butyl acetate,dichloromethane,butanol,isopropanol and cyclohexanol.

常年经营进口化工有机溶济：甲苯、二甲苯、丙酮、丁酮、环乙酮、二氯甲烷、醋酸乙脂、醋酸丁脂、正丁醇、乙二醇丁醚、甲醇、异丙醇、丙二醇、二目醇。

57. Experiment on the relationship between the coating numbers and electrochemical properties of electrodes with butanol - isopropanol and water as solvents were also did.

并对以正丁醇-异丙醇和水作溶剂的钌钛涂层进行了浸涂次数与电极性能关系的比较实验。

58. Iso - butanol

异辛醇

59. Keywords microemulsion;CTAB;pseudo-ternary phase diagram;Heptane;Butanol;

微乳液;CTAB;拟三元相图;正庚烷;正丁醇;

60. a mixture of amyl alcohols and propanol and butanol formed from distillation of fermented liquors

戊醇、丙醇和丁醇的混合物，由发酵醪液蒸馏形成

61. a mixture of amyl alcohols and propanol and butanol formed from distillation of fermented liquors.

戊醇、丙醇和丁醇的混合物，由发酵醪液蒸馏形成。

62. Abstract: The dehydration technology of bischofite by butanol complexation distillation was studied by such methods as X-ray diffraction and elementary analysis.

摘 要： 采用X射线衍射及元素分析方法研究了水氯镁石的丁醇络合蒸馏脱水工艺。

63. The mixed alcohol is the mixture of methanol, ethanol, propanol, butanol and pentanol, etc.

摘要低碳混合醇是以甲醇或乙醇为主，混合有甲醇或乙醇以及丙醇、丁醇、戊醇等醇的多醇共溶体。

64. Objective: To found a method to detect the residual solvents of Penicillin Sodium for Injection: butanol, acetic ether and butyl acetate.

摘要目的：建立一种气相色谱法同时测定注射用青霉素钠中有机溶剂丁醇、乙酸乙酯、乙酸丁酯残留量的方法。

65. Abstract ： The mixed alcohol is the mixture of methanol, ethanol, propanol, butanol and pentanol, etc.

摘要： 低碳混合醇是以甲醇或乙醇为主，混合有甲醇或乙醇以及丙醇、丁醇、戊醇等醇的多醇共溶体。

66. Etherification of butanol with ethylene oxide by a new style solid acid catalyst

新型固体酸催化丁醇和环氧乙烷醚化

67. The paper introduced production capacity,consumer market of butanol and octanol,and its production technology development trend and market demand forecast.

本文介绍了全球丁辛醇的生产能力、消费量及其分布,以及生产技术发展动向和市场需求预测。

68. In this paper we studied the simple history,principle,process and selective method of carrier and medium of production of acetone and butanol with fermentive method of clostridium aceto-butylicum.

本文研究了丙丁菌发酵法生产丙酮和丁醇的简史、原理、过程,以及载体和培养基的选择方法。

69. R.W.Rice, A.K.Sanyal, A.C.Elrod and R.M.Bata, “Exhaust Gas Emissions of Butanol, Ethanol and Methanol-Gasoline Blends,” Journal of Engineering for Gas Turbine and Power, Vol. 113, pp.337-381, 1991.

林良宪，“水喷雾作用下停滞面火焰的燃烧及熄灭特性分析，”国立成功大学机械工程研究所硕士论文，民国83年6月。

70. 1 - Butanol

正丁醇

71. Keywords butanol;carbon disulphide;thiophene;

正丁醇;二硫化碳;噻吩;

72. The extracting ability of several organic solvents such as ethyl acetate, butyl acetate, glycerol triacetate, iso amy lacetate, and n butanol, was compared, and it was found that ethyl acetate was a good kind of organic solvent.

比较了几种不同的有机溶剂 :正丁醇、乙酸丁酯、乙酸乙酯、三乙酸甘油酯、乙酸异戊酯等的萃取能力 ,发现乙酸乙酯是一种理想的提取溶剂 .

73. Keywords gas chromatography;capillary column;n butyraldehyde;isobutyraldehyde;n butanol;n butyric aicd;

气相色谱;毛细管色谱柱;正丁醛;异丁醛;正丁醇;正丁酸;

74. water- butanol biphase medium

水-丁醇两相介质

75. water - 2 - butanol

水-仲丁醇

76. Keywords bischofite;butanol;distillation;ultrasound;dehydration;

水氯镁石;丁醇;蒸馏;超声波;脱水;

77. Dehydration technology of bischofite by butanol complexation distillation

水氯镁石的丁醇络合蒸馏脱水工艺

78. Keywords gallic acid;butanol;extraction;

没食子酸;丁醇;萃取;

79. Keywords zeolite;i butanol;carbonylation;bifunctional catalyst;cuprous ammonia complex cation;

沸石;异丁醇;羰基化;双功能催化剂;亚铜氨络离子;

80. Keywords oil;carbonyl compounds;butanol;wavelength;

油脂;羰基值;正丁醇;波长;