纳米ZSM-5分子筛的合成及应用
납미ZSM-5분자사적합성급응용
Synthesis and application of nano-ZSM-5 molecular sieves
  • 万方数据
    天然气化工 천연기화공
    NATURAL GAS CHEMICAL INDUSTRY
    2014年 4期 86-91 ,共6页

    卢永斌%李大鹏%高瑞民%王明锋%张书勤%陈刚%裴婷%张华%李伟%李波%张伟

    로영빈%리대붕%고서민%왕명봉%장서근%진강%배정%장화%리위%리파%장위

    纳米分子筛%ZSM-5%合成方法%影响因素%应用 納米分子篩%ZSM-5%閤成方法%影響因素%應用
    납미분자사%ZSM-5%합성방법%영향인소%응용
    nanocrystalline zeolite%ZSM-5%synthesis method%influencing factor%application
    纳米ZSM-5分子筛具有晶粒小、孔道短、晶内扩散阻力小和较大的外比表面积，近年来受到研究工作者的广泛关注。综述了纳米ZSM-5分子筛合成方面取得的一些进展，包括多种合成方法以及合成影响因素，并阐述了纳米ZSM-5分子筛作为催化剂在石油化工和精细化工等领域的应用。
    납미ZSM-5분자사구유정립소、공도단、정내확산조력소화교대적외비표면적，근년래수도연구공작자적엄범관주。종술료납미ZSM-5분자사합성방면취득적일사진전，포괄다충합성방법이급합성영향인소，병천술료납미ZSM-5분자사작위최화제재석유화공화정세화공등영역적응용。
    Nano-ZSM-5 molecular sieves had received extensive attention of researchers in recent years due to their small grain size, short channel, low intracrystalline diffusion resistance and larger specific surface area. The progresses in synthesis of nano-ZSM-5 molecular sieves, including synthetic methods and factors influencing synthesis, and their application as catalysts in petrochemical and fine chemical industries were presented.
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