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Effect of coating process on slope efficiency of twins fiber

机译:包覆工艺对孪生纤维边坡效率的影响

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In order to improve the slop efficiency of the twins fiber, the coating process of the twins fiber was studied. Two kinds of twins fiber with different coating diameters were fabricated by using different coating molds. By building a 1080 nm laser amplification system, the slop efficiency of the twins fiber with different coating diameters was tested. Slop efficiency of the twins fiber with larger coating diameter was 61.2%. Compared to the twins fiber with small diameter, of which the slop efficiency was 58.6%, it increased by 2.6%. That meant appropriate coating process of the twins fiber could effectively increase the slop efficiency. When the slop efficiency was increased, the heat generated by the twins fiber as the pump changed into signal laser would decrease. This would reduce heat management pressure of twins fiber when it was used in optical fiber laser, and make the application of twins fiber have more broad prospect in high power fiber laser.
机译:为了提高双胞胎纤维的边坡效率,研究了双胞胎纤维的包覆工艺。采用不同的包覆模具,制备了两种包覆直径不同的孪生纤维。通过构建1080 nm激光放大系统,测试了具有不同涂层直径的孪生纤维的倾斜效率。具有较大涂层直径的孪生纤维的倾斜效率为61.2%。与小直径的孪晶纤维相比,其倾斜效率为58.6%,增加了2.6%。这意味着对孪生纤维的适当涂覆工艺可以有效地提高倾斜效率。当提高斜率效率时,随着泵变成信号激光器,双胞胎光纤产生的热量将减少。当用于光纤激光器中时,这将降低双晶纤维的热管理压力,并使双晶纤维在高功率光纤激光器中的应用具有广阔的前景。

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