Pulse-measurement challenges at 1.5 microns: several-cycle pulses and several-element devices

机译：脉冲测量挑战在1.5微米：几个循环脉冲和几个元件装置

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We have demonstrated frequency-resolved optical gating (FROG) for measuring several-cycle 1.5-micron pulses using an angle-dithered-crystal geometry. We have also demonstrated experimentally a very simple GRENOUILLE device for measuring few-hundred-fs 1.5-micron pulses using the nonlinear-optical crystal Proustite.

机译：我们已经展示了使用角度抖动晶体几何测量的频率分辨的光学门控（青蛙）来测量几循环的1.5微米脉冲。我们还通过非线性光学晶体PROUSTITE进行了实验地证明了一个非常简单的格林奴隶装置，用于测量几百fs 1.5微米脉冲。

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《International Conference on Ultrafast Phenomena》|2005年||共3页
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Selcuk Akturk; Mark Kimmel; Rick Trebino; Sergey Naumov; Evgeni So-rokin; Irina T. Sorokina;
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4. Pulse-measurement challenges at 1.5 microns: several-cycle pulses and several-element devices [C] . Selcuk Akturk, Mark Kimmel, Rick Trebino, International Conference on Ultrafast Phenomena . 2005

机译：脉冲测量挑战在1.5微米：几个循环脉冲和几个元件装置
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Pulse-measurement challenges at 1.5 microns: several-cycle pulses and several-element devices

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