氢氯化,hydrochlorination英语短句,例句大全

氢氯化,hydrochlorination
1)hydrochlorination[,haidr?,kl?:ri'nei??n]氢氯化
1.Progress of nonmercuric catalysts for the hydrochlorination of acetylene乙炔氢氯化反应非汞催化剂研究进展
2.Three processes producing chloromethane by the hydrochlorination of methanol:gas liquid phase non catalytic process,gas liquid phase catalytic process and gas solid phase catalytic process were introduced briefly.简要介绍了甲醇氢氯化法制备氯甲烷的 3种技术路线 :气 -液相非催化法、气 -液相催化法和气 -固相催化法。
3.A non-merury novel catalyst with bimetallic chlorides and bimetallic phosphates based on SiO2 was prepared by dipping method and used in catalytic hydrochlorination of acetylene to vinyl chloride.采用浸渍法制备了以SiO2为载体、铋、铜等金属的氯化物和磷酸盐为活性组分的无汞催化剂,并测试了该催化剂在乙炔氢氯化反应中的活性。

英文短句/例句

1.Hydrocodone hydrochloride二氢可待因酮氢氯化物
2.Racemoramide dihydrochloride双氢氯化消旋吗散痛
3.anhydrous hydrochlorination of zirconium bearing fue含锆燃料的无水氢氯化
4.Progress of nonmercuric catalysts for the hydrochlorination of acetylene乙炔氢氯化反应非汞催化剂研究进展
5.Deactivation of PdCl_2/C Catalyst in Hydrochlorination of Acetylene乙炔氢氯化PdCl_2/C催化剂失活原因分析
6.Levomoramide dihydrochloride双氢氯化左旋甲吗拉密特
7.l--cysteine hydrochloride monohydrate一水合l-氢氯化半胱氨酸
8.chlorinated hydrocarbon refrigerant氯化碳氢化合物制冷剂
9.Synthesis of DHB by Catalytic Hydrogenation;催化加氢法合成2，2’-二氯氢化偶氮苯
10.The rings are opened with hydrogen chloride and deuterium chloride.应用氯化氢和氯化氘打开沅环。
11.Experimental Study on Preparation of Chloroform Via Catalytic Hydrogenation of Carbon Tetrachloride;四氯化碳催化加氢制氯仿的实验研究
12.The main property changes occurring during dehydrochlorination are: hydrogen chloride evolution, coloration, and embrottlement.脱氯化氢降解过程中的主要性能变化是：释出氯化氢，变色和变脆。
13.Ammonium chloride under thermal dissociation forms ammonia and hydrogen chloride gases.氯化铵在热力分解作用下形成氨和氯化氢气体。
14.Study on the Production of Chlorine Dioxide by Hydrogen Peroxide;过氧化氢法制备二氧化氯的技术研究
15.Such chlorine will also arise within the chain from any dehydrochlorination.这种氯原子还可能由分子链中的脱氯化氢产生。
16.Development and application of on-line monitoring technology of free chlorine in hydrogen chloride氯化氢过氯在线监测技术的开发与应用
17.Thermodynamic analysis on the synthesis of dichloropropanol from glycerol and hydrogen chloride甘油与氯化氢合成二氯丙醇热力学分析
18.hydrochlorofluorocarbons type extinguisher含氯氟碳氢化合物灭火器

相关短句/例句

dehydrochlorination[di:,haidr?kl?:ri'nei??n]脱氯化氢
1.Kinetics of dehydrochlorination reaction of chlorinated natural rubber under hot air;氯化天然橡胶在热空气中脱氯化氢的反应动力学
2.Influential factors of the catalysts in trichloroethylene preparation by dehydrochlorination from tetrachloroethane;四氯乙烷脱氯化氢制三氯乙烯所用催化剂的影响因素
3.Influence of additives on dehydrochlorination of soft PVC articles;助剂对软质聚氯乙烯脱氯化氢反应的影响
3)hydrogen chloride氯化氢
1.Application of by-product acid desorption process in hydrogen chloride prodcution;副酸脱析法生产氯化氢工艺
2.Recovery process of excess hydrogen chloride in VCM production;氯乙烯生产过程中过量氯化氢的回收工艺
3.Study on reaction between ammonium chloride and sulfuric acid to produce ammonium sulfates and hydrogen chloride;氯化铵与硫酸反应制备硫酸铵盐和氯化氢
4)chlorine hydride氯化氢
1.Study on catalyst of Cu-Cr-K/Al_2O_3 for oxidation of chlorine hydride;氯化氢氧化Cu-Cr-K/Al_2O_3催化剂的研究
2.In this paper,a few important issues on determination of chlorine hydride in air are especially researched,Maximum absorption peak,stable time of color-developing agent,reagent blank,reproducing characteristic,standard curve and filtration of air sample etc,all of these provide convenience for monitoring and analysis.着重研究了硫氰酸汞分光光度法测定大气中氯化氢过程中的最大吸收峰、显色液的稳定时间、试剂空白、重现性和标准曲线、空气样品过滤等关键问
3.The technical principle of hydrochloric acid stripping method for high-purified chlorine hydride production has been expounded in this paper.简述了盐酸脱吸法生产高纯度氯化氢的工艺原理，阐明其在电石法生产聚氯乙烯装置中具有低氯化氢消耗、高精馏收率、合成生产安全稳定的良好效果。
5)HCl氯化氢
1.Discussion on Air Quality Standard for Hydrochloric Acid (HCl);对氯化氢环境空气质量标准的商榷
2.HCl gas sensor based on nano-WO_3;纳米WO_3氯化氢气体传感器
6)hydrochloride[英][,haidr?'kl?uraid][美][,ha?dr?'klora?d]氯化氢
1.Study on Synthesis of Alkyl Chlorides by Use of Hydrochloride;利用氯化氢合成氯代烷烃的研究
2.Mercury thiocyanate spectrophotometry is used in determination of hydrochloride in air.硫氰酸汞分光光度法测定空气中氯化氢,方法试剂空白不稳定,控制显色温度和硫氰酸汞—乙醇溶液的制备是降低并稳定试剂空白的关键所在。