Phenylacetic acid

  • 网络苯乙酸
Phenylacetic acidPhenylacetic acid
  1. The production process , use and market of phenylacetic acid were introduced .

    介绍了苯乙酸的生产方法、用途及市场。

  2. Synthesis technology development of phenylacetic acid and its application

    苯乙酸合成技术进展及其应用

  3. Study about the New Synthetic Method of Phenylacetic Acid with Phase Transfer Catalyst

    相转移催化苯乙酸新合成方法的研究

  4. Analysis of CO gas used for the synthesis of phenylacetic acid by gas chromatography

    气相色谱法分析合成苯乙酸用CO气体

  5. Introduction of production process of phenylacetic acid by oxo synthesis

    羰基合成法生产苯乙酸工艺介绍

  6. Some synthetic methods of phenylacetic acid and its uses were summarized in this paper .

    综述了苯乙酸的合成工艺路线及其应用。

  7. Simple and rapid determination of phenylacetic acid in penicillin fermentation broth

    青霉素发酵液中苯乙酸残留量快速检测法

  8. The Recovery of Cobalt in The Phenylacetic Acid Waste Catalyst

    从苯乙酸废催化剂中回收钴

  9. Neurotoxic effect of phenylacetic acid on primary cultured cortical cell

    苯乙酸对大鼠原代皮质神经元的毒性作用

  10. The highest yield of45 % of phenylacetic acid was obtained under optimal conditions .

    在最优化的条件下,得到了苯乙酸的最高产率为45%。

  11. Research on Synthesizing 4-Cl - α - Amino Phenylacetic Acid by Using Phase-transfer Catalytic Method

    利用相转移催化反应合成对氯α-氨基苯乙酸的研究

  12. Three different approaches for the synthesis with same starting materials isovanillin and phenylacetic acid have been investigated .

    尝试了以异香草醛和苯乙酸为起始原料的三种不同合成思路。

  13. A technology of desoxybenzoin synthesis from phenylacetic acid by two steps had been researched in this article .

    研究了以苯乙酸为起始原料,经二步法合成二苯乙酮的工艺。

  14. Methods for production of phenylacetic acid are reviewed , with suggestions made on development of the industry of phenylacetic acid in China .

    论述了苯乙酸的制备方法,及对我国发展苯乙酸工业的建议。

  15. The production methods and applications of phenylacetic acid are introduced , and the domestic market trends are analysed and forecasted in this paper .

    本文介绍了苯乙酸的生产方法和应用,并分析预测了国内苯乙酸的市场趋势。

  16. Synthesis of 4 - ( 2-Thienyl ) phenylacetic Acid and Its Derivatives

    4-(2-噻吩基)苯乙酸及其衍生物的合成

  17. Study on the effect of phenylacetic acid in leaf-vein tissue culture one-step seedling formation of tobacco haploid plantlet

    苯乙酸对烟草单倍体植株叶脉组织培养一步成苗的效应研究

  18. Treatment of Mix Gas Containing Butyl Acetate , n-Butyl Alcohol and Phenylacetic Acid from Pharmaceutical Factory by Bio-Trickling Filter

    生物滴滤塔处理药厂含醋酸丁酯、正丁醇和苯乙酸的挥发性混合废气

  19. Merit and shortcoming of phenylacetic acid by using benzyl chloride carbonylation process and all kinds of catalyst were chiefly analyzed .

    重点分析了采用各种催化剂的氯苄羰基化生产苯乙酸的优缺点。

  20. Synthesis of phenylacetic acid catalyzed by Zirconium ( phosphonate-phosphate ) - palladium complex containing N , P ligand

    含氮膦配体有机无机磷酸锆-钯络合物催化合成苯乙酸

  21. The neurotoxic effect of phenylacetic acid ( PAA ) on primary cultured cortical neurons and its underlying mechanism were investigated .

    探讨苯乙酸(phenylaceticacid,PAA)对大鼠原代培养的皮质神经元的毒性作用及其作用机制。

  22. Carbonylation of benzyl chloride to phenylacetic acid catalyzed by cobalt pyridine - 2 - carboxylate

    吡啶-2-羧酸钴的CO加合性能与催化羰化合成苯乙酸研究

  23. The use of phase-transfer catalysis in Palladium-Catalyzed Carbonylation of benzyl chloride for the synthesis of phenylacetic acid

    在相转移下苄基氯经钯络合催化羰化合成苯乙酸

  24. Usc of Phase-Transfer Catalysis in Co-Catalyzed Carbonylation for the Synthesis of Phenylacetic Acid

    相转移条件下钴系催化剂催化羰化合成苯乙酸

  25. In the bench scale research , phenylacetic acid yield reached 85 % with 99 % purity , and CO recovery tatio was over 90 %

    工艺扩试后,苯乙酸收率达到85%,纯度达到99%,钴回收率达到90%以上。

  26. Spontaneous Racemization of α - Bromo - ( o-chloro ) phenylacetic Acid During the Resolving Process

    α-溴代邻氯苯乙酸拆分过程中的自消旋现象研究

  27. The results indicate that substituted benzoic acid and substituted phenylacetic acid coordinate to the antimony atom by monodentate or bidentate coordination .

    结果表明:取代苯甲酸和取代苯乙酸一般以单齿配位或双齿配位的形式与中心锑原子配位。

  28. The active site of immobilized penicillin G acylase can be determined according to the precipitant produced in the reaction between phenylacetic acid and capture reagent .

    利用苯乙酸与捕捉剂反应生成的沉淀,确定固定化青霉素G酰化酶的催化活性部位。

  29. MethodsThe synthetic route consisted of three steps starting from resorcinol and phenylacetic acid and went through acylation , cyclization , and etherification .

    方法以间苯二酚和苯乙酸为原料,经酰化、环合及醚化三步反应进行合成。

  30. With the increase in the years of cropping , the contents of phenylacetic acid , cinnamic acid , 4-hydroxybenzoic acid increased , whereas that of squalene decreased .

    随着连作时间延长,苯乙酸,肉桂酸,4-羟基苯甲酸相对含量增加;而鲨烯含量下降。