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Chemically reduced lithium compound-based Q-switch

机译:化学还原的基于锂化合物的Q开关

摘要

A method 100 suitable for manufacturing Q-switches includes coating 120 a first Z-surface and second Z-surface of an oriented slab of a chemically reducible electro-optic lithium compound crystal (LC slab) with a condensed material including an active chemical operable once activated to chemically reduce the LC; the LC slab with condensed material thereon is heated 130 in a non-oxidizing atmosphere at a temperature above an activating temperature of the condensed material; the LC slab is cooled 140 to a temperature below a quenching temperature below which re-oxidization of the LC slab is inhibited; a finishing process is performed 150 including cutting the LC slab into a plurality of Q-switch devices each having a chemically reduced LC substrate, and forming metal electrodes on opposing sides of the LC substrates that are orthogonal to the Z-surfaces, and coating the Z-surfaces with an antireflective (AR) coating material. The reduction process increases the electrical conductivity of the LC slab thus preventing large charge build ups.
机译:适用于制造Q开关的方法100包括在化学可还原电光锂化合物晶体(LC平板)的定向平板的第一Z表面和第二Z表面上涂覆120凝结材料,该材料包括一次可操作的活性化学品激活以化学还原LC;在非氧化气氛中,在高于冷凝材料的活化温度的温度下,将其上具有冷凝材料的LC平板加热130。将LC板坯冷却140至低于淬火温度的温度,在该温度以下,抑制LC板坯的再氧化;执行150的精加工工艺,包括将LC平板切割成多个均具有化学还原的LC衬底的Q开关器件,并在与Z表面正交的LC衬底的相对侧上形成金属电极,并涂覆具有防反射(AR)涂层材料的Z表面。还原过程可提高LC平板的电导率,从而防止大量电荷堆积。

著录项

  • 公开/公告号GB2524143A

    专利类型

  • 公开/公告日2015-09-16

    原文格式PDF

  • 申请/专利权人 GOOCH AND HOUSEGO PLC;

    申请/专利号GB20150000576

  • 发明设计人 DIETER HANS JUNDT;

    申请日2015-01-14

  • 分类号H01S3/115;H01S3/05;H01S5/06;

  • 国家 GB

  • 入库时间 2022-08-21 14:53:26

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