混合硅氧烷催化裂解泡沫高度的研究
혼합규양완최화렬해포말고도적연구
Study on foam height of catalyst and degrade organopolysiloxane
  • 万方数据
    化工新型材料 화공신형재료
    NEW CHEMICAL MATERIALS
    2009年 7期 115-117 ,共3页

    李晓光%张慧锋%金洪光%高维平

    리효광%장혜봉%금홍광%고유평

    有机聚硅氧烷%催化%裂解%泡沫 有機聚硅氧烷%催化%裂解%泡沫
    유궤취규양완%최화%렬해%포말
    organopolysiloxane%catalyst%degrade%foam
    对采用溶剂油为载体,进行水解物裂解生产环硅氧烷的工艺催化及泡沫高度进行了研究,考核了不同种类、不同浓度及不同工艺条件下催化剂对反应过程泡沫的影响,寻找出了控制泡沫高度的最佳催化剂及催化剂与反应物的最佳配比浓度.
    대채용용제유위재체,진행수해물렬해생산배규양완적공예최화급포말고도진행료연구,고핵료불동충류、불동농도급불동공예조건하최화제대반응과정포말적영향,심조출료공제포말고도적최가최화제급최화제여반응물적최가배비농도.
    Study on catalyst and foam height of technology that hydrolysate producted cyclosiloxane through solvent oil as carrier. We investigated the influence of catalysts of different kinds and different concentrations to foam in course of reaction. The best catalyst of controlling foam height and the best ratio of reactant concentration and catalyst were founol.
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