磺酸化作用 的英文怎麼說

中文拼音 [huángsuānhuàzuòyòng]
磺酸化作用 英文
sulphofication
  • : 名詞(硫磺) sulphur
  • : 酸構詞成分。
  • : Ⅰ動詞1 (使用) use; employ; apply 2 (多用於否定: 需要) need 3 (敬辭: 吃; 喝) eat; drink Ⅱ名...
  • 酸化 : acidate; acidulate; acidize; acidification酸化泵 acidizing pump; 酸化過程 acidization; 酸化劑 aci...
  1. The development of research on synthesis of butyl butyrate and the catalysis of sulfonic acid, inorganic salt, solid superacid, heteropoly acid, enzyme catalysis compound are summarized

    摘要綜述了、無機鹽、固體超強、雜多、酶催體系等對合成丁丁酯的催及研究進展。
  2. Abstract : the mixed salts of diethanolamine and sodium of lauramidoethylene sulfosuccinate is prepared to modify the products with the mixture of the diethanolamine and hydrogen sulfite of sodium as sulphonating agent. the transparency problem of the product is solved. the result of investigation illustrates the major physocochemical properities of the products after the modifying are basically corresponding to the one before the modifying, and the products have a strong containing salt ability, it is fit to compound the products of the high salt content

    文摘:採亞硫氫鈉與二乙醇胺的混合物劑,對琥珀月桂酰胺基乙酯鈉進行改性,制得了鈉與二乙醇胺的混合鹽,改善了產品的透明度.性能分析表明:改性前後其主要表面物理性能基本相當,且改性后該產品具有較強的抗鹽能力,適於含鹽量較高的製品
  3. The grafted membranes were capable of rejecting an anionic dyestuff. in common with other polyelectrolytes, the conformation of grafted ampsa polymeric chains is sensitive to environmental factors such as ph and ionic strength ( i )

    聚丙烯酰胺基甲基丙為高分子電解質,接枝在膜表面后高分子鏈與溶質分子相互,可使接枝鏈構象發生變,從而改變膜孔徑的大小,使膜具有環境響應。
  4. It is known that astrocytes take a key role in the response to hypoosmotic stimulation : astrocytes can perceive the change of osmotic pressure and release taurine which then activates glycine receptors on the neurons, and inhibits the release of vp from the neurons in son

    現已發現星形膠質細胞在對低滲刺激的反應中起關鍵性的:星形膠質細胞感受滲透壓的變,通過大量釋放牛( taurine ) ,於神經元上的甘氨( glycine )受體,從而抑制神經元釋放血管加壓素( vasopressin , vp ) 。
  5. This article aims at summarizing the development of research on synthesis of tributyl citrate and the catalysis of sulfonic acid, inorganic salt, solid superacid, heteropoly acid, rare earth compound

    綜述了、無機鹽、固體超強、雜多、稀土合物等催體系對合成檸檬三丁酯的催及研究進展。
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