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您的检索式：作者名="Lilin Chang"
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| 1 | Hollow mesoporous Ia3d silica nanospheres with single- unit-cell-thick shell: Spontaneous formation and drug delivery application显示文摘Mesoporous 硅石 nanoparticles (MSN ) 由于他们的优秀化学稳定性和 biocompatibility 为药交货和另外的生物医学的应用程序是有希望的。为这些应用,有薄壳和开的 mesopores 的空形态学被比较喜欢让 MSN 以便最大化药的装载能力。此处,我们报导一篇小说和如此的一个理想的药交货系统的直接合成在一 dilute 和 benzylcetyldimethylammonium 氯化物和 diethylene 乙二醇 hexadecyl 醚的碱的答案。混合表面活化剂能与立方的 Ia3d mesostructure 指导 MSN 的形成,并且在在 9.8 和 13.5 公里之间的钠氢氧化物的集中,有 90120 nm 和 single-unit-cell-thick 壳的一致尺寸的空 MSN 被形成。为空 Ia3d MSN 的形成的机制,指定了为 MMT-2,被建议基于在 situ,散布大小和其它的小角度的 X 光检查分析。MMT-2 展出更高装载布洛芬的能力的大部分并且在模仿的身体液体和比非空的 MSN 盐的缓冲的磷酸盐更快降级。MMT-2 的降级能被修正显著地与聚乙烯乙二醇延迟。更有趣地, MMT-2 的降级包含破碎而不是空形成,为他们的消除有益的现象。结果为药交货和生物医学的应用表明空 Ia3d MSN 的唯一和材料的大潜力。 | Nienchu Lai Chihyu Lin Peihsin Ku Lilin Chang Kaiwei Liao Wunting Lin Chiamin Yang | 2014 | Nano Research2014，7，10： | 1 |
| 2 | Effects of Modifiers on the Anti-wetting and Anti-icing Property of Aluminum Surface显示文摘The effects of modifiers on the anti-wetting and anti-icing property of the prepared rough aluminum surface were investigated.The rough aluminum substrates were obtained through electrochemical oxidization with 15 wt% sulfuric acid solution as the electrolyte at the constant current of 4 mA for 3 h.And then they were modified with octadecanoic acid (C18),polyethylene (PE),polystyrene (PS),polyethylene glycol (PEG) and hexamethylenetetramine (HMTA),respectively,whose surface free energies were 27.6,31.0,33.0,61.6 and 70.0 mN/m,respectively.The contact angles (CA) were 154.6°,128.4°,127.6°,5.0° and 0.0°,respectively,and the ice adhesion pressures were 15.9,36.3,55.9,155.3 and 216.1 kPa,respectively.The ice adhesion strengths decrease along with the increasing anti-wetting property of aluminum surfaces and the decreasing of the surface energy of modifiers.These provide some new insights when designing the aluminum surface with anti-icing properties in some special applications. | 阮敏 XU Junjie FAN Shilin CHEN Ying WU Hang CHANG Zhongwei CHEN Yue ZHAO Dongnan LU Lilin | 2021 | Journal of Wuhan University of Technology(Materials Science)2021，36，1： | 0 |
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