脂层

  • 网络lipid layer
脂层脂层
  1. 枝条的水分状况又与角质层、拟脂层及木质部的发达程度有关。

    A marked relationship between morphological characters and water con-tent of apple branches was noted .

  2. 反向微粒随即在双脂层内形成,允许多肽与其负载物在不接触疏水内膜的情况下通过细胞膜。

    Inverted micelles would then be formed within the bilayer , allowing passage of the peptide and its cargo without exposure to the hydrophobic interior of the membrane .

  3. 80K时,有丙烯酸脂包层材料的FBG温敏系数为0.01526nm/K,而同温度条件下裸FBG的温敏系数仅为0.00449nm/K。

    At 80 K , the temperature sensitivity of Acrylate coated FBG is 0.015 26 nm / K that is better than 0.004 49 nm / K of the bare FBG at the same temperature .

  4. 结果表明,山莨菪碱不仅能降低DPPC多层膜的相变温度,而且能使多层膜发生分相现象,根据衍射结果并采用推广傅里叶合成去卷积法计算了脂双分子层膜的电子密度剖面图。

    The result shows that anisodamine not only can decrease the temperature of phase transition , but also can induce the phase separation of DPPC multilayer . The electron density profile of lipid bilayer was calculated by Generalized Fourier Synthesis Deconvolution Methods ( GFSDM ) .

  5. 细胞生物学中,小泡是一种相对较小的封闭小室,由至少一个脂双分子层与胞液隔离开。

    In cell biology , a vesicle is a relatively small and enclosed compartment , separated from the cytosol by at least one lipid bilayer .

  6. 异丙酚与支撑双层类脂膜作用的电化学研究只有一个脂双分子层的叫单膜小泡;其余的叫多膜小泡。

    Study on the Interaction of Propofol with Supported Bilayer Lipid Membrane by Electrochemistry Method If there is only one lipid bilayer , they are called unilamellar vesicles ; otherwise they are called multilamellar .

  7. TM润滑脂在漏失层中的钻进效果

    Effectiveness of TM Lubricating Grease in Thief Zone Drilling

  8. 对钻孔漏失层分类的研究与探讨TM润滑脂在漏失层中的钻进效果

    STUDY AND DISCUSSION ON THE CLASSIFICATION OF CIRCULATION LOSS ZONE Effectiveness of TM Lubricating Grease in Thief Zone Drilling

  9. 本文以沈大高速公路路面第一标段为例,介绍沥青玛蹄脂碎石抗滑层施工过程控制方法。

    The paper takes the first segment of the road surface in the ShenDaexpressway as an example , to introduce controlling the course of construction in anti-skid layer of the mastic asphalt macadam .

  10. 有关微动白层的研究主要集中在干态下白层的形成机理及其对后续摩擦磨损的影响,迄今在润滑脂条件下白层形成机制研究未见报道。

    This study mainly focuses on the formation mechanism of white layer and its influence to the friction and wear under dry condition . Presently , little research of white layer under grease lubrication has been reported .