丙醚

bǐng mí
  • propyl ether
丙醚丙醚
丙醚[bǐng mí]
  1. 无载体~(67)Ga的化学分离采用异丙醚溶剂萃取法。

    Radiochemical separation of carrier-free gallium-67 from target was carried out by isopropyl ether extraction .

  2. 目的研究八氯二丙醚对体外培养中国仓鼠肺细胞(CHL)DNA合成影响。

    Objective To study effects of octachlorodipropyl ether on DNA synthesis in CHL in vitro .

  3. 异丙醚(IPE)是一种重要的工业溶剂和有机原料,它主要应用于医药、烟草、环保和化工等行业。

    Isopropyl ether is an important industrial solvent and organic feedstock .

  4. 每一种醌通过异丙醚-甲醇(17:83,v/v)作为流动相的ODS分析柱完全分离。

    Complete separation among each individual quinones was achieved on an ODS analytical column with isopropyl ether-methanol ( 17 : 83 , v / v ) as mobile phases .

  5. 异丙醚为该反应最好的有机溶剂,水相与有机溶剂相体积比以1/2为宜,适宜的pH值为34,最佳反应温度为0~5℃。

    Diisopropyl ether is found to be the best organic solvent for the reaction . The optimum volume ratio of water phase to organic phase , pH and reaction temperature are 1 / 2 , 3 4 and 0 ~ 5 ℃ respectively for the reaction .

  6. 本文在实验室条件下分别以JSH-01、JSH-02树脂为催化剂摸索出醇烯法合成异丙醚的适宜反应条件。

    Through experiments , the optimal conditions of reaction using JSH-01 and JSH-02 resin catalysts were gained , respectively .

  7. 以DNW高温树脂为催化剂合成异丙醚淀粉树脂/天然纤维毡复合材料的开发

    Synthesizing of Isopropyl Ether with DNW High Temperature Colophony Catalyst Development of Composites for the Amylum Colophony - Natural Fibre Needle Punched Felt

  8. 二异丙醚是重要的有机溶剂,我国在化工、医药、化纤等行业年需求量4kt左右,几乎全部依靠进口。

    Diisopropyl ether ( DIPE ) is an important solvent , has demand of about 4 thousands tons per year at home and almost depends on import .

  9. 对CPBA与乙酸乙烯酯的转酯化反应进行了较为系统的研究。发现异丙醚是本反应体系的理想溶剂,乙酸乙烯酯其次。

    The transesterification of CPBA and vinyl acetate were systematically studied Solvent test revealed that diisopropyl ether is the ideal solvent for this reaction system , and vinyl acetate is the second one to the best .

  10. 醇烯法合成异丙醚的研究

    Study on the Synthesis of Diisopropyl Ether from Propylene and Isopropanol

  11. 丙烯醚化合成二异丙醚催化剂研究

    Studies on catalyst for production of diisopropyl ether by propylene hydration-etherification

  12. 异丙醚-苯酚-对苯二酚的饱和溶解度

    The Saturated Solubility of Diisopropyl Ether - phenol - hydroquinone

  13. 水-异丙醚-苯酚和水-异丁醇-苯酚体系的液液平衡研究壬基酚聚氧乙烯醚的裂解及定量测定

    Research on Liquid-Liquid Equilibrium of Water-Isopropyl Ether-Phenol and Water-Isobutanol-Phenol Systems

  14. 水-异丙醚-苯酚三元系46℃等温截面相图的实验测定

    Experimental Measurement of Isothermal Section at 46 ℃ in Water-isopropyl ether-phenol ternary System

  15. 杯[4]芳烃环氧丙醚的合成

    Synthesis of Epoxypropyl Calix [ 4 ] aryl Ether

  16. 八氯二丙醚对BALB/c3T3细胞恶性转化的研究

    Study on malignant transformation of BALB / c3T_3 cells induced by octachlorodipropyl ether

  17. 水-异丙醚-苯酚-对苯二酚液液平衡数据的测定及关联

    Determination and Correlation of Liquid-Liquid Equilibrium Data for the Quaternary System of Water-Isopropyl Ether-Phenol-Hydroquinone

  18. 对甲苯丙醚相转移催化法合成

    Phase transfer catalysed preparation of p-tolyl propyl ether

  19. 失水甘油烯丙醚预聚体的制备

    Preparation of pre polymer of glycidyl allyl ether

  20. 酸性沸石催化剂上丙烯与异丙醇合成异丙醚的研究

    Etherification of Propylene with Isopropanol over Acid Zeolites

  21. 水-甲基叔丁基醚-二异丙醚三元体系液液相平衡的研究

    Ternary Liquid-liquid Equilibrium for Mixtures of Water , Methyl Tert-butyl Ether and Diisopropyl Ether

  22. 丙烯制二异丙醚工艺技术

    Process of Producing Diisopropyl Ether from Propylene

  23. 异丙醚萃取酚水溶液中酚的研究

    Extraction of Phenol by Isopropyl Ether - an Approach by Series Tanker in Batch Operation

  24. 异丙醚生产工艺进展

    Development of diisopropyl ether production process

  25. 八氯二丙醚及其蚊香的吸入毒性和微核试验

    The study on acute inhaling toxicity and micronuclei test of s_2 and its mosquito repellent incense

  26. 八氯二丙醚的杀虫活性研究

    Activity of S_2 against insects

  27. 实验发现,异丙醚-苯酚复合溶剂对萃取对苯二酚有促进作用。

    Experiment results showed that mixed solvent of isopropyl ether and phenol could promote the extraction of hydroquinone .

  28. 目前,国内每年的异丙醚需求量在6000吨左右,主要依靠进口。

    The yearly demand of isopropyl etherin China is about 6000 ton and it mainly depends on importation .

  29. 二异丙醚具有辛烷值高、对环境污染小等优点,是取代甲基叔丁基醚的理想汽油添加剂。

    DIPE is an ideal petrol additive to replace MTBE for its higher octane number and less pollution .

  30. 研究了一种对苯二异丙醚合成的改进方法,该法在加压下进行,减少了溴异丙烷的用量,降低了成本。

    An improved method for synthesis ofp-diisopropoxy benzene at high pressure was developed with less consumption of2-bromopropane and less cost .