百家乐怎么玩-澳门百家乐官网娱乐城网址_网上百家乐是不是真的_全讯网888 (中国)·官方网站

Patents

Granted

  • YU, Y. W. D., KANG, W., & LEE, C. S. (2021). Copper Substituted Compound, Cathode of Battery Comprising Same, And Battery Comprising Such Cathode. (Patent No. US10,910,645).
  • LEE, C. S., WONG, F. L., ZHANG, J., & ZHANG, X. (2018). Nanoparticles, Method of Preparing The Same And Their Use. (Patent No. US10,085,942).
  • CHAN, C. Y., LEE, C. S., TANG, Y., & WONG, F. L. (2018). Sorbent Material and a Method for Enhancing Sorption Performance Thereof. (Patent No. US 9,873,105).
  • FUNG, M. K., LEE, C. S., LEE, S. T., TANG, Y., & CHAN, C. Y. (2016). Composite of Porous Substrate and One-Dimensional Nanomaterial and Method for Preparing The Same, Surface-Modified Composite and Method for Preparing The Same. (Patent No. US9,346,079).
  • LEE, C. S., NG, S. P., & WU, L. (2016). Plasmonic enhanced tandem dye-sensitized solar cell with metallic nanostructures. (Patent No. US9,287,057).
  • FUNG, M. K., LEE, C. S., LEE, S. T., TANG, Y., & CHAN, C. Y. (2015). Composite of Porous Substrate and One-Dimensional Nanomaterial and Method for Preparing The Same, Surface-Modified Composite and Method for Preparing The Same. (Patent No. US9,029,290).
  • LEE, C. S., LU, Z., WANG, H., & ZHANG, W. (2015). Scattering Screen System, Method of Manufacture and Application Thereof. (Patent No. US9,019,602).
  • CHAN, M. Y., LAI, S. L. L., LEE, C. S., & LEE, S. T. (2012). Organic Electroluminescent Devices Formed with Rare-Earth Metal Containing Cathode. (Patent No. US8,119,254).
  • LEE, C. S., LEE, S. T., WANG, P-F., & XIE, Z-Y. (2011). Organic Electroluminescence Device. (Patent No. US8,048,541).
  • LEE, S. T., LEE, C. S., MI, B-X., & WANG, P-F. (2008). Red-Emitting Electrophosphorescent Devices. (Patent No. US7,429,662).
  • LEE, C. S., LEE, S. T., LI, C. P. B., SUN, X., TEO, B-K., & WONG, N. B. (2006). Room Temperature Synthesis of Multiwalled Carbon Nanostructures. (Patent No. US7,132,126).
  • JIANG, X., LEE, C. S., LEE, S. T., & WONG, F. L. (2005). High-Quality Aluminum-Doped Zinc Oxide Layer As Transparent Conductive Electrode For Organic Light-Emitting Devices. (Patent No. US6,917,158).
  • LEE, C. S., LEE, S. T., WANG, P-F., & XIE, Z-Y. (2005). Organic Electroluminescence Devices Using Pyrazolo [3,4B] Quinoxaline Derivatives. (Patent No. US6,861,162).
  • LEE, C. S., LEE, S. T., WANG, P-F., & XIE, Z-Y. (2004). Electroluminescent Devices. (Patent No. US6,833,202).
  • BELLO, I., LEE, C. S., LEE, S. T., LI, Q., & SHANG, N. (2004). Large Area Silicon Cone Arrays Fabrication and Cone Based Nanostructure Modification. (Patent No. US6,761,803).
  • GAO, Z., HUNG, L. S., LEE, C. S., LEE, S. T., & MI, B-X. (2003). Organic Electroluminescent Elements. (Patent No. US6,613,458).
  • LEE, C. S., LEE, S. T., & GAO, Z. (2003). White and Colored Organic Electroluminescent Devices Using Single Emitting Material by Novel Color Change Technique. (Patent No. US6,521,360).
  • LEE, C. S., NG, S. P., & WU, L. (2019). 具有金屬納米結構的等離子體增強的疊層染料敏化太陽能電池. (Patent No. ZL201410225481.6).
  • LEE, C. S., LU, Z., WANG, H., & ZHANG, W. (2017). 散射屏幕系統及其製造方法和應用. (Patent No. ZL 201410238917.5).
  • FUNG, M. K., LEE, C. S., LEE, S. T., TANG, Y., & CHAN, C. Y. (2015). 多孔基底與一維納米材料的複合材料及其製備方法、其表面改性的複合材料及製備方法. (Patent No. ZL201110241568.9).

Filed

  • CHEN, W., LEE, C. S., LI, S., & XIAO, Y. (Accepted/In press) (2022). Photo-activatable Compound, Its Preparation And Therapeutic Use.
  • HUANG, Z., LEE, C. S., LI, S., & WAN, Y. (Accepted/In press) (2022). Composite Material, Method And Kit Using The Same.
  • LEE, C. S., LI, S., LO, R., & ZHAO, Q. (Accepted/In press) (2021). Boron Carbide Bilayer Foam Solar Evaporator And Method for Preparing Thereof.
  • HUANG, Z., LEE, C. S., LI, S., LO, R., & WAN, Y. (Accepted/In press) (2021). Preparation of Nanoparticles Using Modified Ice-Template.
  • CHEN, W., LEE, C. S., LI, S., & XIAO, Y. (Accepted/In press) (2021). A Compound And A Method of Inhibiting Growth And Prolifreation of Cancer Cells or Bacteria Using The Same.
  • FU, Y., LEE, C. S., NG, S. P., & WU, L. (Accepted/In press) (2016). Corrosion-free electrolyte for dye-sensitized solar cells.
  • YU, Y. W. D., KANG, W., & LEE, C. S. (Accepted/In press) (2016). 用作電池陰極的銅基化合物及其晶體以及包含該化合物的電池.
  • FUNG, M. K., LEE, C. S., LIU, Z., & ZHANG, X. (Accepted/In press) (2013). 一種太陽能電池及其制備方法.

? Copyright 2023 CityU COSDAF. All Rights Reserved.

‌

HTML Maker
新时代娱乐城| 皇冠足球网开户| 百家乐路珠价格| 百家乐官网娱乐城7| 实战百家乐博彩正网| 真人21点| 百家乐包台| 百家乐官网桌颜色可定制| 运城百家乐的玩法技巧和规则| 大发888加速器| 百家乐娱乐官方网| 百家乐官网高手论坮| 帝王百家乐的玩法技巧和规则| 麻江县| 百家乐长龙太阳城| 百家乐官网单机版游戏下载| 斗地主百家乐的玩法技巧和规则 | 三元玄空24山坐向开门| 线上娱乐城| 博九百家乐的玩法技巧和规则| 马牌百家乐官网现金网| 圣淘沙百家乐的玩法技巧和规则| 棋牌评测| 百家乐一般多大码| 星期八百家乐官网的玩法技巧和规则| 大发888投注网| 圆梦城百家乐娱乐城| k7百家乐官网最小投注| 爱玩棋牌官方下载| 百家乐官网老千| 澳门百家乐官网赌技术| 金樽百家乐的玩法技巧和规则| 百家乐官网三路秘诀| 大发888娱乐城送58| 百家乐那个平台信誉高| 高手百家乐官网赢钱法| 博彩老头排列三| 百家乐7scs娱乐平台| 百家乐牌机的破解法| 百家乐没有必胜| 百家乐官网唯一能长期赢钱的方法 |