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    Please use this identifier to cite or link to this item: http://nthur.lib.nthu.edu.tw/dspace/handle/987654321/72467

    Title: Growth of CuInS2 and Its Characterizations
    Authors: H.L. Hwang;C.Y. Sun;C.Y. Leu;C.L. Cheng;C.C. Tu
    教師: 黃惠良
    Date: 1978
    Publisher: EDP Sciences
    Relation: Revue De Physique Appliqué Tom, EDP Sciences, Volume 13, Dec. 1978, Pages 745-751
    Keywords: back scattering
    Raman scattering
    electrical resistivity
    habit planes
    I sub 2 vapour transport
    thin film growth
    ternary semiconductor
    flash evaporation
    RF sputtering
    lattice vibration modes
    lattice parameters
    CuInS sub 2
    crystal growth
    vapour deposition
    semiconductor growth
    ternary semiconductors
    Raman spectra of inorganic solids
    radiofrequency sputtering
    particle backscattering
    molecular vibration in solids
    lattice constants
    copper compounds
    crystal growth from vapour
    electrical conductivity of crystalline semiconductors and insulators
    electronic conduction in crystalline semiconductor thin films
    Abstract: Novel methods for the material synthesis, crystal growth and film preparation of CuInS2 were developed, some of their properties were characterized. CuInS2 single crystals were grown by iodine vapour transport. The habit-planes were determined to be (112) and (110). The lattice parameters were determined to be a = 5.517 Å, c = 11.122 Å (tetragonal). The as-grown crystals were n-type with resistivities in the order of 106 Ω-cm. Eight lattice vibration modes were characterized by Raman Scattering. Single phase CuInS2 thin films were prepaed by RF sputtering The as-deposited films were p-type with resistivities in the range of 10-1 to 101 Ω-cm. Back scattering was used for the film analysis. The feasibility of using flash evaporation to deposit single phase CuInS2 films has also been studied.
    Relation Link: http://publications.edpsciences.org/
    URI: http://nthur.lib.nthu.edu.tw/dspace/handle/987654321/72467
    Appears in Collections:[電機工程學系] 期刊論文

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