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    • 7. 发明申请
    • EXAMINING A DIAMOND
    • 检查钻石
    • WO03023382A8
    • 2004-04-29
    • PCT/GB0204146
    • 2002-09-12
    • GERSAN ETSLAWSON SIMON CRAIG
    • LAWSON SIMON CRAIGSPEAR PAUL MARTYNMARTINEAU PHILIP MAURICE
    • G01N21/63G01N1/00G01N21/64G01N21/65G01N21/87
    • G01N21/6458G01N21/87
    • In order to determine whether a blue-to-green diamond (1) has been artificially irradiated or ion bombarded to change its colour, it is irradiated with light of 633 nm wavelength in order to stimulate the emission of luminescence, and luminescence from about 680 to about 800 nm is detected using a confocal microscope (3) and a spectrometer (8) as the focal plane (9) is scanned vertically through the diamond (1). A rapid decrease in luminescence with increase in depth indicates natural irradiation whilst a more rapid decrease indicates ion bombardment. Alternatively, in order to determine whether a diamond (1) is a natural/synthetic doublet, it is irradiated with radiation of 325 nm wavelength in order to stimulate the emission of luminescence, and luminescence from 330 to 450 nm is detected. An abrupt change in luminescence with increase in depth indicates that the diamond is a natural/synthetic doublet.
    • 为了确定蓝绿色金刚石(1)是否被人为照射或离子轰击以改变其颜色,用633nm波长的光照射以刺激发光的发射,并且发光从约680 使用共聚焦显微镜(3)和作为焦平面(9)的光谱仪(8)通过金刚石(1)垂直扫描而检测到约800nm。 随着深度的增加,发光的迅速减少表示自然辐射,而更快速的降低表明离子轰击。 或者,为了确定金刚石(1)是天然/合成双峰,用325nm波长的辐射照射以刺激发光,并且检测到330至450nm的发光。 随着深度的增加,发光的突然变化表明,金刚石是天然/合成的双峰。
    • 8. 发明申请
    • EXAMINING A DIAMOND
    • 检查钻石
    • WO2003023382A1
    • 2003-03-20
    • PCT/GB2002/004146
    • 2002-09-12
    • GERSAN ESTABLISHMENTLAWSON, Simon, Craig
    • LAWSON, Simon, CraigSPEAR, Paul, MartynMARTINEAU, Philip, Maurice
    • G01N21/87
    • G01N21/6458G01N21/87
    • In order to determine whether a blue-to-green diamond (1) has been artificially irradiated or ion bombarded to change its colour, it is irradiated with light of 633 nm wavelength in order to stimulate the emission of luminescence, and luminescence from about 680 to about 800 nm is detected using a confocal microscope (3) and a spectrometer (8) as the focal plane (9) is scanned vertically through the diamond (1). A rapid decrease in luminescence with increase in depth indicates natural irradiation whilst a more rapid decrease indicates ion bombardment. Alternatively, in order to determine whether a diamond (1) is a natural/synthetic doublet, it is irradiated with radiation of 325 nm wavelength in order to stimulate the emission of luminescence, and luminescence from 330 to 450 nm is detected. An abrupt change in luminescence with increase in depth indicates that the diamond is a natural/synthetic doublet.
    • 为了确定蓝绿色金刚石(1)是否被人为照射或离子轰击以改变其颜色,用633nm波长的光照射以刺激发光的发射,并且发光从约680 使用共聚焦显微镜(3)和作为焦平面(9)的光谱仪(8)通过金刚石(1)垂直扫描而检测到约800nm。 随着深度的增加,发光的迅速减少表示自然辐射,而更快速的降低表明离子轰击。 或者,为了确定金刚石(1)是天然/合成双峰,用325nm波长的辐射照射以刺激发光,并且检测到330至450nm的发光。 随着深度的增加,发光的突然变化表明,金刚石是天然/合成的双峰。