首页> 外文会议>Conference on Laser-Assisted Micro- and Nanotechnologies 2003; Jun 29-Jul 3, 2003; St. Petersburg, Russia >Research of conditions of formation of local refractive index change on a surface of a porous glass substrate by CO_2 laser radiation with the greatest possible radiuses of curvature
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Research of conditions of formation of local refractive index change on a surface of a porous glass substrate by CO_2 laser radiation with the greatest possible radiuses of curvature

机译:研究通过最大可能曲率半径的CO_2激光辐射在多孔玻璃基板表面上形成局部折射率变化的条件

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Kinetics of sintering of porous glass (further PG) plates of composition 96SiO_2·3.8B_2O_3 ·0.2Na_2O (a pier. %) has been explored in these researches. The sintering was carried out under activity of CO_2-laser radiation. Wavelength of CO_2-laser (λ=10.6 μm) lies in the range of majority absorption of a silica glass. Definition of making requirements of thin sintered layer with the greatest possible radiuses of curvature was the purpose of researches. Also in researches, the purpose to receive the positive microoptical device (further MOD) from the initial negative MOD has been put. Researches have been made at change of action time (further τ) and a stationary value of a power density of radiation (further q), and also at change q and constant τ.
机译:在这些研究中,已经探索了组成为96SiO_2·3.8B_2O_3·0.2Na_2O(%)的多孔玻璃(进一步为PG)板的烧结动力学。烧结是在CO_2激光辐射的作用下进行的。 CO_2激光的波长(λ=10.6μm)在石英玻璃的多数吸收范围内。定义具有最大可能曲率半径的薄烧结层的制造要求是研究的目的。同样在研究中,已经提出了从初始负MOD接收正微光学器件(进一步MOD)的目的。已经研究了作用时间的变化(更远的τ)和辐射功率密度的固定值(更远的q),以及变化q和常数τ。

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