Comments on: 模拟大功率激光系统中的热致焦移 - //www.denkrieger.com/blogs/modeling-thermally-induced-focal-shift-high-powered-laser-systems 发布博客 Sun, 08 Oct 2023 01:37:24 +0000 hourly 1 https://wordpress.org/?v=5.7 By: Qihang Lin //www.denkrieger.com/blogs/modeling-thermally-induced-focal-shift-high-powered-laser-systems/#comment-24623 Sun, 08 Oct 2023 01:37:24 +0000 http://cn.staging.comsol.com/blogs?p=333991#comment-24623 In reply to 传航 王.

请使用论文查找引擎查找相关文献

]]> By: 传航 王 //www.denkrieger.com/blogs/modeling-thermally-induced-focal-shift-high-powered-laser-systems/#comment-24613 Fri, 06 Oct 2023 03:39:37 +0000 http://cn.staging.comsol.com/blogs?p=333991#comment-24613 您好，请问这篇参考文献如何得到？
O. Maerten et al., The Characterization of Focusing Systems for High-Power Lasers with High Beam Quality, Laser + Photonics, 2009

]]> By: Min Yuan //www.denkrieger.com/blogs/modeling-thermally-induced-focal-shift-high-powered-laser-systems/#comment-24383 Wed, 20 Sep 2023 03:49:00 +0000 http://cn.staging.comsol.com/blogs?p=333991#comment-24383 In reply to 晨 苏.

您好，案例中使用的“双向耦合射线追踪”研究默认计算稳态的温度分布，如果关心镜头温度随时间变化，那么传热就需要进行瞬态求解。

]]> By: 晨 苏 //www.denkrieger.com/blogs/modeling-thermally-induced-focal-shift-high-powered-laser-systems/#comment-24283 Sun, 17 Sep 2023 12:23:13 +0000 http://cn.staging.comsol.com/blogs?p=333991#comment-24283 请问在模拟大功率激光系统中的热致焦移这个案例中怎么让镜头温度随时间变化

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