Li Dongsheng, Ning Guangrong, Huang Meng, Wu Yongze, Liu Guonu, Tang Qian, Chang Suzhen. ENHANCEMENT OF NATURAL TEKTITE, STYLE DEIGNING AND CUTTING[J]. Journal of Gems & Gemmology, 2000, 2(4): 47-50.
Citation: Li Dongsheng, Ning Guangrong, Huang Meng, Wu Yongze, Liu Guonu, Tang Qian, Chang Suzhen. ENHANCEMENT OF NATURAL TEKTITE, STYLE DEIGNING AND CUTTING[J]. Journal of Gems & Gemmology, 2000, 2(4): 47-50.

ENHANCEMENT OF NATURAL TEKTITE, STYLE DEIGNING AND CUTTING

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  • Received Date: October 09, 2000
  • The gemmological property, the potential ability of market exploiting and formation of natural tektite are described in the paper. It is analyzed that the great brittleness is caused by the strong inner-stress. Based on the series of the experimental results and the analysis of technological property of the enhanced tektite, the authors draw the conclusion that the brittleness of natural tektite is decreased obviously after enhancement, and testified the hypothesis that releasing the strong inner-stress can enhance natural tektite. In addition, by adopting new technology and new designing ideas, many series of tektite jewellery in different styles has been developed.
  • [1]
    陆雷. 刻面宝石的琢磨工艺. 中国宝玉石, 1992, (1-3)
    [2]
    刘元风. 现代首饰设计与美学特征. 中国宝玉石, 1992, (2): 37-41
    [3]
    勒小珠译. 珠宝首饰的个性化趋势. 珠宝, 1991,(2): 44-45
    [4]
    陆雷. 刻面宝石的细磨. 中国宝玉石, 1992, (2): 78-79
    [5]
    钮天然. 装饰宝石与宝石加工业的现状及发展. 中国宝石, 1992, (2): 18-2 0
    [6]
    周国平. 宝玉石. 武汉: 中国地质大学出版社, 1991
    [7]
    李达明. 雷州半岛与海南岛玻璃陨石——雷公墨的调查与初步研究. 地质科学, 196 3,(1): 42-49
    [8]
    袁宝印. 雷公墨的地层年代学研究. 科学通报, 1979,2 4(6): 2 71-2 73
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