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    • 71. 发明公开
    • A method for making high energy beam sensitive glasses
    • Verfahren zur Herstellung vonfürhochenergetische StrahlenempfindlichenGläsern。
    • EP0399577A1
    • 1990-11-28
    • EP90200845.7
    • 1984-06-12
    • Canyon Materials Inc.
    • Wu, Che-Kuang
    • C03C21/00C03C4/06G03C1/72G11B7/24
    • C03C23/007C03C3/085C03C4/06C03C21/005C03C23/0005G02F1/133512
    • The invention (Figures 1-10) relates to a method for making a high energy beam-sensitive glass article exhibiting insensitivity and/or inertness to actinic radiation, ie glass articles which are darkened and/or colored within a thin surface layer of, eg about 0.1-3 µm upon exposure to a high energy beam, electron beam, and ion beams in particulr, without a subsequent development step, and which need no fixing to stabilize the colored image, since both the recorded image and the glass article are insensitive to radiation in the spectral range of UV and/or longer wavelengths. More particularly, the instant invention is concerned with Ag⁺ ion-­exchanged glass articles having base glass within alkali metal silicate composition fields containing at least one of the oxides of transition metals which have one to four d-electrons in an atomic state. Whereas the base glass composition can be varied widely, spontaneous reduction as well as photo-­reduction of Ag⁺ ions are inhibited and/or eliminated due to the presence of said transition metal oxides in the glass article. The product of the invention is suitable for use as recording and archival storage medium and as phototools. The recorded images and/or masking patterns are up­datable, can be any single color seen in the visible spectrum, and is erasible by heat at temperatures about 200°C.
    • 本发明(图1-10)涉及一种制造对光化辐射具有不敏感性和/或惰性的高能束敏感玻璃制品的方法,即在薄表面层内变黑和/或着色的玻璃制品,例如 暴露于高能量束,电子束和离子束,特别是约0.1-3μm,没有随后的显影步骤,并且由于记录图像和玻璃制品都不需要固定以稳定着色图像 在UV和/或更长波长的光谱范围内对辐射不敏感。 更具体地说,本发明涉及在碱金属硅酸盐组合物领域中具有碱玻璃的Ag +离子交换玻璃制品,其含有原子状态中具有一至四个d电子的过渡金属的氧化物中的至少一种。 尽管基础玻璃组合物可以广泛变化,但由于玻璃制品中存在所述过渡金属氧化物,抑制和/或消除了Ag +离子的自发还原和光还原。 本发明的产品适用于记录和存档存储介质以及照相工具。 记录的图像和/或掩蔽图案是可更新的,可以是在可见光谱中看到的任何单一颜色,并且在约200℃的温度下被热消除。
    • 75. 发明公开
    • Heat treatment of flat photochromic sheet glass
    • Thermische Behandlung von flachen photochromischen Glasscheiben。
    • EP0303123A2
    • 1989-02-15
    • EP88112329.3
    • 1988-07-29
    • Corning Glass Works
    • Ball, Edith MaryDrake, Patrician AnnKerko, David Joseph
    • C03C23/00C03C4/06C03B23/023C03B32/00C03B35/20
    • C03C4/06C03B32/00C03B35/202
    • This invention is directed to a method for heat treating a sheet of a potentially photochromic glass to cause the growth of silver halide crystals therein which impart photochromic properties thereto, wherein the heat treated sheet will be essentially free from thermal deforma­tion and surface defects, and the photochromic properties exhibited therein will be essentially uniform across the area of the sheet. The method involves first placing a sheet of potentially photochromic glass on top of a sheet of carrier glass that exhibits a softening point at least 50°C higher than the temperature at which the potentially photochromic glass will be heat treated, and thereafter subjecting the stacked sheets to the heat treatment tempera­ture desired for growing silver halide crystals in the glass.
    • 本发明涉及一种用于对潜在的光致变色玻璃片材进行热处理以使其中具有赋予光致变色特性的卤化银晶体生长的方法,其中热处理片材将基本上没有热变形和表面缺陷,并且 其中显示的光致变色性质将在片材的整个区域基本上是均匀的。 该方法包括首先将一片潜在的光致变色玻璃放置在载体玻璃片的顶部上,其表现出比可能的光致变色玻璃将被热处理的温度高至少50℃的软化点,然后使堆叠的片材 达到在玻璃中生长卤化银晶体所需的热处理温度。