全部

1·The reaction products were mainly cyclohexane.

加氢产物主要是环己烷。

2·When the cyclohexane was added, its influence was slight.

当加入环己烷时，它的影响较小。

3·Adipic acid is obtained by catalytic oxidation of cyclohexane.

己二酸由环己烷催化氧化制得。

4·A chemical process in which benzene is hydrogenated to produce cyclohexane.

苯加氢生成环己烷的化学过程。

5·Organic chemists accepted the theory of the average planar cyclohexane ring.

化学家 接受了平均平面环己烷的理论。

6·Organic chemists accepted the theory of the average planar cyclohexane ring .

有机化学家接受了平均平面环己烷的理论。

7·The yield of 1 is improved by cyclohexane-aided azeotropic removal of AcOH from the reaction mixture.

结论通过加入环己烷与醋酸共讲的方法来除去醋酸，提高了化合物1的收率。

8·The purified cyclohexane and absolute ethanol can be suitable to the experiment of physical chemistry.

回收的环己烷、无水乙醇可再用于物理化学实验。

9·The effect of THF on the kinetics of the anionic polymerization of styrene in Cyclohexane was studied.

本文研究了四氢呋哺对环已烷中苯乙烯阴离子聚合动力学的影响。

10·The precursor of alkyl cyclohexane mainly derived from marine organism and mixed with terrestrial matter.

烷基环己烷的母源物质主要是海洋生物，并混有陆源物。

环己烷

1·The types and the concentrations of different kinds of ion pair reagents, the contents of acetone and cyclohexane were considered as factors which affected the results of separation.

把离子对试剂种类、浓度和丙酮、环己烷含量作为影响分离效果的因素。

2·A new process for recovering valuable organic acids from waste alkali liquor in cyclohexane oxidation is introduced.

介绍了一种从环己烷氧化废碱液中回收高价值有机酸的新方法。

3·Using niobic acid as catalyst, cyclohexane as dehydrant, benzyl propionate was synthesized based on propionic acid and benzyl alcohol.

摘要以铌作催化剂，环己烷为带水剂，用丙酸和苯甲醇直接合成了丙酸芐酯。

4·A model of five-bubble-stirred-tank reactor (BSTR) for industrial uncatalyzed oxidation process of cyclohexane was established to predict and optimize the the industrial production.

论文针对环己烷液相无催化氧化的五釜串联鼓泡搅拌反应器生产装置(BSTR)，建立了氧化装置的过程数学模型。

5·On the basis of production experience, the main reason for the system fouling during the oxidation of cyclohexane is discussed, and methods to prevent the fouling are introduced.

根据生产实践经验，论述了环己烷氧化过程中系统结渣的主要原因，及对结渣问题采取的措施。

环已烷

1·Threc calculating methods of dividing into liquid stratum of cyclohexane (1)-2-propanol(2)-water (3) ternary system liquid-liquid equilibrium have been introduced.

本文对环已烷（1）—异丙醇（2）—水（3）三元部分互溶体系液液平衡实测数据，用三种方法进行了分层计算。

2·The ultrasonic degradation of polybutadiene (PB) and block copolymerization of PB with acrylic acid(AA)in cyclohexane solution were studied.

研究了在超声波辐照作用下聚丁二烯（PB）在环已烷溶液中的降解及与丙烯酸（AA）的共疑反应。

3·It is sparingly soluble in water, less soluble in ethanol and cyclohexane, insoluble in fats and fat solvents.

它少量溶于水，较小溶于乙醇和环已烷，不溶于脂肪和脂肪剂。

4·The kinetics of cyclohexane dehydrogenation on platinum reforming catalyst was studied in a flow-circulating system at ordinary pressure.

在流动循环装置中常压下进行了环已烷在铂重整催化剂上的脱氢反应动力学研究。