首页> 外文会议>Conference on Lasers and Electro-Optics Europe >Fabrication of Microlens by Nd:YVO4 laser irradiation of glass frit layers.
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Fabrication of Microlens by Nd:YVO4 laser irradiation of glass frit layers.

机译:通过ND制备微透镜:YVO4激光照射玻璃玻璃料层。

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We fabricate flat surfaces with the desired structure using a Nd:YVO4 laser for writing directly on a glass frit layer deposited over a glass substrate. The deposited layer is based on PbO-SiO4-B2O3 glass frits, which were applied by conventional methods on commercial glass substrates. Lead borosilicate glasses are of technological interest because of their wide glass formation regions and low melting temperatures. The substrate with the glass frit layer is introduced in the furnace to ensure the melting of the glass layer. We have checked different compositions of glass powder to obtain the optimal mixture that leaves us to use the minor temperature in the furnace for ensuring the flatness of the commercial glass substrate. Once obtained the glass frit layer, a Q-switch Nd:YVO4 laser is used to record the microlens.
机译:我们使用Nd:YVO 4 激光器用Nd:YVO 4 激光器制造平面,用于直接在涂在玻璃基板上的玻璃料层上写入。沉积的层基于PbO-SiO 4 -b <亚> 2 O 3 玻璃料,其通过商业玻璃基板上的常规方法应用。由于其宽玻璃形成区域和低熔点温度,铅硼硅酸盐玻璃具有技术利益。在炉中引入具有玻璃玻璃料层的基板,以确保玻璃层的熔化。我们已经检查了不同的玻璃粉末的组合物,以获得最佳混合物,使我们留下炉子中的次要温度以确保商业玻璃基板的平坦度。一旦获得玻璃料层,使用Q-Switch ND:YVO 4 激光器用于记录微透镜。

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