Dispersive mirror technology for ultrafast lasers in the range 220-4500 nm

Vladimir Pervak; Olga Razskazovskaya; Ivan B. Angelov; Konstantin L. Vodopyanov; Michael Trubetskov

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Dispersive mirror technology for ultrafast lasers in the range 220-4500 nm

机译：适用于220-4500 nm范围内超快激光的色散镜技术

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Nowadays, dispersive mirrors are able to cover the wavelength range of 4.5 optical octaves and can be used from 220 nm up to 4500 nm. Various design approaches to dispersive mirrors in visible and near IR are briefly discussed. We consider in more detail two dispersive mirrors representing extreme cases. The first one is a mirror working in the range of 290-360 nm and providing group delay dispersion of -75 fs~2. The second one is a mirror working in the range of 2500-4500 nm and providing +500 fs2 of group delay dispersion.

机译：如今，色散镜能够覆盖4.5个光学倍频程的波长范围，并且可以在220 nm至4500 nm的范围内使用。简要讨论了可见光和近红外色散镜的各种设计方法。我们将更详细地考虑代表极端情况的两个色散镜。第一个是工作在290-360 nm范围内的反射镜，并提供-75 fs〜2的群延迟色散。第二个是工作在2500-4500 nm范围内的反射镜，并提供+500 fs2的群延迟色散。

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《Advanced Optical Technologies》 |2014年第1期|共9页
作者
Vladimir Pervak; Olga Razskazovskaya; Ivan B. Angelov; Konstantin L. Vodopyanov; Michael Trubetskov;
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正文语种 eng
中图分类光学;
关键词
chirped mirrors; dispersive mirrors; interference coating; ultrafast coatings; ultrafast lasers;

机译：rp镜;色散镜;干涉膜;超快镀膜;超快激光;

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1. Dispersive mirror technology for ultrafast lasers in the range 220-4500 nm [J] . Vladimir Pervak, Olga Razskazovskaya, Ivan B. Angelov, Advanced Optical Technologies . 2014,第1期

机译：适用于220-4500 nm范围内超快激光的色散镜技术
2. Monolithic oxide-confined multiple-wavelength vertical-cavity surface-emitting laser arrays with a 57-nm wavelength grading range using an oxidized upper Bragg mirror [J] . Kai Yang, Yuxin Zhou IEEE Photonics Technology Letters . 2000,第4期

机译：使用氧化上布拉格镜的单片氧化物受限多波长垂直腔面发射激光器阵列，波长分级范围为57 nm
3. TERAHERTZ SPECTROSCOPY TECHNOLOGY TREND USING 1550-nm ULTRAFAST FIBER LASER [J] . Y. D. Gong, M. Y. W. Chia, B. Luo Microwave and optical technology letters . 2007,第2期

机译：1550 nm超快光纤激光的TERAHERTZ光谱技术趋势
4. Design, fabrication and characterization of dispersive mirrors for ultrafast lasers [C] . Weidong Shen, Qun Ma, Zhenyue Luo, International conference on thin film physics and applications . 2011

机译：超快激光色散镜的设计，制造和表征
5. Adaptive temporal and wavefront aberration correction for ultrafast lasers with a membrane deformable mirror. [D] . Sherman, Leah Bruner. 2002

机译：具有膜可变形镜的超快激光的自适应时间和波前像差校正。
6. Ultrafast time-stretch imaging at 932 nm through a new highly-dispersive fiber [O] . Xiaoming Wei, Cihang Kong, Samuel Sy, 2016

机译：通过新型高色散光纤在932 nm处进行超快时间拉伸成像
7. Advanced dispersive mirrors for ultrashort laser pulses from the near-UV to the mid-IR spectral range [O] . Habel Florian 2017

机译：先进的色散镜，适用于从近紫外到中红外光谱范围的超短激光脉冲
8. Final Environmental Impact Statement of the Proposed Ground Based Free Electron Laser Technology Integration Experiment, White Sands Missile Range, New Mexico. [R] . Griffth, R. 1987

机译：建议的基于地面的自由电子激光技术集成实验的最终环境影响声明，新墨西哥州白沙导弹靶场。

Dispersive mirror technology for ultrafast lasers in the range 220-4500 nm

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