Now showing items 1-5 of 5

    • Characterization of ZnO Nanorods Grown on GaN Using Aqueous Solution Method 

      Quang, Hong Le; Chua, Soo-Jin; Loh, Kian Ping; Chen, Zhen; Thompson, Carl V.; e.a. (2005-01)
      Uniformly distributed ZnO nanorods with diameter 70-100 nm and 1-2μm long have been successfully grown at low temperatures on GaN by using the inexpensive aqueous solution method. The formation of the ZnO nanorods and the ...
    • Growth of ZnO Nanorods on GaN Using Aqueous Solution Method 

      Quang, Hong Le; Chua, Soo-Jin; Loh, Kian Ping; Chen, Zhen; Thompson, Carl V.; e.a. (2005-01)
      Uniformly distributed ZnO nanorods with diameter 80-120 nm and 1-2µm long have been successfully grown at low temperatures on GaN by using the inexpensive aqueous solution method. The formation of the ZnO nanorods and ...
    • High Density Single Crystalline GaN Nanodot Arrays Fabricated Using Template-Assisted Selective Growth 

      Wang, Yadong; Zang, Keyan; Chua, Soo-Jin; Fonstad, Clifton G. Jr. (2005-01)
      High density, uniform GaN nanodot arrays with controllable size have been synthesized by using template-assisted selective growth. The GaN nanodots with average diameter 40nm, 80nm and 120nm were selectively grown by ...
    • High Indium Concentration InGaN/GaN Grown on Sapphire Substrate by MOCVD 

      Hartono, Haryono; Chua, Soo-Jin; Fitzgerald, Eugene A.; Song, T.L.; Chen, Peng (2005-01)
      The InGaN system provides the opportunity to fabricate light emitting devices over the whole visible and ultraviolet spectrum due to band-gap energies E[subscript g] varying between 3.42 eV for GaN and 1.89 eV for InN. ...
    • High Optical Quality Nanoporous GaN Prepared by Photoelectrochemical Etching 

      Vajpeyi, Agam P.; Chua, Soo-Jin; Tripathy, S.; Fitzgerald, Eugene A. (2005-01)
      Nanoporous GaN films are prepared by UV assisted electrochemical etching using HF solution as an electrolyte. To assess the optical quality and morphology of these nanoporous films, micro-photoluminescence (PL), micro-Raman ...