滨松空间光调制器LCOS-SLM算法方案：如何自由摆布光束分布
本网页为滨松绝对量子产率分析仪Quantaurus-QY在实际使用中的FAQ。
|
在讲座视频中，滨松中国工程师分享了基于空间光调制器（LCOS-SLM）在具体应用情境下的算法方案，涵盖并行加工算法、光束整形算法、SLM的反馈算法、SLM的二次开发与方案提供。新手用户将收获如何将应用与算法精准匹配，体验事半功倍的实验开局；老用户将收获如何进一步优化SLM使用效果，开辟SLM玩法进阶新世界。讲座内容分为以下具体部分：
00:00:56 SLM算法使用简介
00:04:25 并行加工算法
00:18:13 光束整形算法
00:36:44 SLM的反馈算法
00:48:39 SLM的二次开发与方案提供
00:49:33 Q&A
|
|
|
|
|
|
 The generation of flat-top beams by complex amplitude modulation with a phase-only spatial light modulator
|
|
Holographic projection of arbitrary light patterns with asuppressed zero-order beam
|
|
Dynamic laser beam shaping for material processing using hybridholograms
|
|
Single-pulse writing of a concave microlens array Elimination of a zero-order beam inducedby a pixelated spatial light modulatorfor holographic projection
|
|
Ultra long high resolution beam by multi-zone rotationally symmetrical complex pupil filter
|
|
Dynamic three-dimensional multifocal spots in high numerical-aperture objectives
|
|
Axial multifocal spots generated by sectored phase-only modulation under tight focusing condition
|
|
A high-accuracy algorithm for designingarbitrary holographic atom traps
|
|
Iterative Fourier-transform algorithm applied to computerholography
|
|
Surface nanoprocessing with nondiffractingfemtosecond Bessel beams
|
|
Computer generation of optimalholograms for optical trap arrays
|
|
Iterative algorithms for holographicshaping of non-diffracting andself-imaging light beams
|
|
Reduction of two-photon holographic speckle using shift-averaging
|
|
针对以上内容，如您有任何问题，欢迎联系我们
|
|
|