正辛烷

  • 网络Octane;n-octane
正辛烷正辛烷
  1. Gemini表面活性剂/醇/正辛烷/盐水体系微乳液的研究

    Studies of the Microemulsion of the Gemini Surfactant / Alcohol / n-Octane / Brine System

  2. 噻吩、苯和正辛烷在NaY和CeY分子筛上的热脱附

    Desorption of thiophene , benzene and n-octane on NaY and CeY zeolites

  3. CO2与正辛烷和正十四烷最小混相压力的实验研究

    Measurement of minimum miscibility pressure of co_2-normal octane and normal tetradecane systems

  4. 负荷铁有机相的微观结构研究&Ⅰ.伯胺(N(1923)-正辛烷体系

    THE MICROSTRUCTURE OF ORGANIC PHASE LOADED WITH IRON (ⅲ)──ⅰ . Primary Amine ( N_ ( 1923 )) - Octane as Extractant

  5. Pd单金属催化剂CTS-ACR16Pd催化的α-辛烯转化率81.7%,正辛烷产率43.4%。

    While the conversion of α - octene was 81.7 % , and the yield of octane was 43.4 % by single metal catalyst .

  6. 最小二乘法计算苯、噻吩和正辛烷在NaY上程序升温脱附活化能最小二乘配置法,最小二乘拟合推估法

    Activation Energy of Temperature Programmed Desorption Calculated Using Least-Squares Method for Benzene , Thiophene and Octane on NaY

  7. 不同空间群SAPO-11分子筛对正辛烷异构化反应的催化性能

    Catalytic Performance of SAPO-11 Zeolite with Different Spacers for Isomerization of Octane

  8. 聚乙二醇在TritonX-114/正辛烷/正丁醇/水反相微乳液中的增溶研究

    The Study on the Solubilization of Poly Ethylene Oxide in Triton X - 114 / n - Octane / n - Butanol / Water System

  9. 本文在25±1℃条件下,用单液滴法测定了HEH[EHP]~-正辛烷溶液从硫酸介质中萃取Mg的正向初始速率,考察了温度对苹取速率的影响。

    The kinetics and mechanism of extraction of Mg from sulphate medium with HEH [ EHP ] in octane were studied by means of the single drop method at 25 ℃ . The effect of the temperature on the extraction rate was investigated also .

  10. 本文采用气相色谱法,在CP-8741毛细管柱上以正辛烷为内标,用FID检测器对二甲基二硫醚进行分离和定量。

    This paper introduced a method for separation and determination of dithioether EC by GC With CP-8741 capillary column and FID detector .

  11. 加入不同量正辛烷改变N2气/BS-12泡沫的稳定性,求得泡沫稳定系数与界面弹性模量E(即泡沫变形能力)之间有良好的线性关系。图11参8。

    The determinations obtained with different amount of n-octane added to vary the foam stability show that a good linear relationship exists between the foam stability factor and the interfacial elasticity modulus , E , or the foam deformability , for N2 / BS-12 foam .

  12. 选择TBP-正辛烷作有机相稀释剂,考察水相介质中H+、Cl-浓度以及Cu2+、Fe3+、Ni2+的萃取行为。

    Under selecting TBP-octane as a thinner , the influence of H + , Cl - ions concentration in aqueous medium on the extraction , and extractive behaviour of Cu 2 + , Fe 3 + , Ni 2 + ions have been investigated .

  13. 研制了正辛烷/不锈钢热管式黑体辐射源。该源最大口径φ60mm,工作温度为(50~200)℃。

    An n-octane / stainless steel heat pipe blackbody has been developed with maximum cavity diameter of 60 mm arid working temperature range from 50 ℃ to 200 ℃ .

  14. 目的观察全氟己基正辛烷(F6H8)对兔视网膜组织结构的影响。

    Objective To investigate the effect of perfluorohexyloctane ( F 6H 8 ) to the retina of rabbit eyes .

  15. 298±1K下用高速搅拌池法考察了2-乙基己基膦酸单2-乙基己基酯(HEHEHP)-正辛烷溶液从0.100mol·dm~(-3)硝酸盐水相中萃取Fe(Ⅲ)的动力学。

    The kinetics and mechanism of solvent extraction of iron (ⅲ) with a n-octane solution of 2-ethylhexyl phosphonic acid mono 2-ethylhexyl ester ( HEHEHP , HA ) has been studied at ionic strength 0.1 and 298 ± 1K by means of the high-speed stirring method .

  16. 在低温常压下合成了一种油溶性极压添加剂二正辛烷基多硫化物(DOPS);通过四球机考察了DOPS和传统添加剂磷酸三甲酚酯(TCP)间的复配摩擦学性能;

    A potential good oil-soluble extreme pressure additive & di-n-octyl polysulfide ( DOPS ) was synthesized at low temperature and under normal atmosphere , its synergistic tribological effect with a traditional additive , tricresyl phosphate ( TCP ), in rape seed oil was examined by using four-ball machines .

  17. 噻吩、苯和正辛烷在Y型分子筛上的选择性吸附

    Selective adsorption of thiophene , benzene and n-octane on Y zeolites

  18. TBP-正辛烷溶液萃取正丁酸的研究

    Studies on Extraction of butanoic acid with TBP in octane

  19. 二氧化碳在正辛烷、正十四烷中对流扩散系数的测定

    Measurement of convective diffusion coefficients of co_2-normal octane and normal tetradecane system

  20. Co/WO3/ZrO2催化正辛烷临氢异构化反应性能

    Catalytic performance of co / wo_3 / zro_2 catalyst in n-octane hydroisomerization

  21. 氯代正辛烷的提纯不同分子筛上正辛烷反应性能的研究

    Research of the reactive performance of N - octane on different zeolite catalysts

  22. 碳酸二甲酯-正辛烷体系等压气液相平衡研究

    Study on Isobaric VLE Data for the System of Dimethyl Carbonate and n-Octane

  23. 正辛烷/不锈钢热管式黑体源

    An n-Octane / Stainless Steel Heat Pipe Blackbody

  24. 钨基催化剂上正辛烷异构化反应性能研究

    Research of n-Octane Isomerization Over Tungsten Based Catalysts

  25. 交联蒙脱土用于正辛烷异构化的研究

    Study of cross-linked smectite for hydroisomerization of n-octane

  26. SDBS/正辛烷/醇/盐水体系微乳液相行为的研究

    Studies on the Phase Behavior of the SDBS / Alcohol / n-Heptane / Brine System

  27. 二正辛烷基多硫化物与磷酸三甲酚酯在菜籽油中的摩擦学复合效应

    A Study of the Synergistic Effect of Di-n-octyl Polysulfide with Tricresyl Phosphate in Vegetable Oil

  28. 催化剂经再生、重复使用10次,溴代正辛烷产率降至699%。

    The catalyst can be reused after reactivation and the yield of n-octyl bromide reduced to 69.9 % at the 10th time .

  29. 本文报导了在微型反应器中用模型化合物甲苯及正辛烷表征催化剂的加氢-脱氢及加氢裂解功能的方法。

    Hydrogenation-dehydrogenation and acidic functions of hydrocracking catalysts were characterized by the use of model compounds of toluene and n-octane in a microreactor .

  30. 在反胶束体系中采用十六烷基三甲基溴化铵作为表面活性剂,正辛烷和丁醇作为溶剂及助溶剂。

    In the system , cetyltrimethylammonium bromide was used as surfactant , octane was used as solvent and butanol was used as co-solvent .