1. Ultrashort Laser Pulse Phenomena: Fundamentals, Techniques, and Applications on a Femtosecond Time Scale
ISBN: 0122154924
Author: Jean-Claude Diels Wolfgang Rudolph
Format: Hardcover
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2. Optics of Femtosecond Laser Pulses
ISBN: 0883188511
Author: Sergei A. Akhmanov V. A. Vysloukh (Editor) With A. S. Chirkin
Publisher: Springer Verlag
Format: Hardcover
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3. Femtosecond Real-Time Spectroscopy of Small Molecules and Clusters
ISBN: 3540639004
Author: Elmar Schreiber J. Kuehnel (Editor) P. Woelfle (Editor) F. Steiner (Editor) G. Hoehler (Editor)
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4. Femtosecond Technology: From Basic Research to Application Prospects
ISBN: 354065996X
Author: T. Kamiya B. Monemar (Editor) O. Wada (Editor) F. Saito (Editor) H. Venghaus (Editor)
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5. Ultrafast Spectroscopy of Semiconductors and Semiconductor Nanostructures
ISBN: 3540642269
Author: Jagdeep Shah M. Cardona (Editor) K. V. Klitzing (Editor) Lotsch H. K. V. (Editor) P. Fulde (Editor)
Format: Hardcover - ENLARGED
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6. Femtosecond Laser Pulses: Principles and Experiments
ISBN: 0387017690
Author: Claude Rulliere (Editor)
Format: Hardcover
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7. Femtosecond Laser Pulses
ISBN: 3540636633
Publisher: Springer Verlag
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8. Fundamentals of Optical Parametric Processes and Oscillations
ISBN: 3718658186
Author: C. L. Tang L. K. Cheng
Format: Paperback
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9. Super-Intense Laser-Atom Physics : Proceedings of the NATO Advanced Research Workshop, Han-Sur-Lesse, Belgium, 24-30 September, 2000
ISBN: 0792368649
Author: Bernard Piraux (Editor) Kazimierz Rzazewski (Editor)
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10. Short Pulse Laser Interactions with Matter
ISBN: 1860941354
Author: Paul Gibbon
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11. Ultrfast Spectroscopy of Semiconductors and Semiconductor Nanostructures, Vol. 115
ISBN: 3540609121
Author: Jagdeep Shah J. Shah
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12. Picosecond and Femtosecond Spectroscopy from Laboratory to Real World
ISBN: 0819402508
Author: Keith A. Nelson (Editor)
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13. Femtosecond pulses generated from a synchronously pumped chromium-doped forsterite laser (SuDoc NAS 1.26:199525)
ISBN: B00010QK80
Author: A. Seas
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14. Femtosecond Pulse Generation and Measurement (Professional Advancement Course)
ISBN: 9996051633
Author: James G. Fujimoto
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内容:
femtosecond oscillators
dispersion and pulse broadening
chirped-pulse amplification (including stretching compressing of pulses)
white-light generation and the optical Kerr effect
optical parametric amplifiers and infrared generation 作者: methane 时间: 2004-1-22 19:54 标题: [讨论]关于飞秒激光!! Review of Scientific Instruments -- December 1989 -- Volume 60, Issue 12, pp. 3597-3624
Full Text: [ PDF (5357 kB) GZipped PS ] ÷
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Ultrashort light pulses
John D. Simon
Department of Chemistry, Institute of Nonlinear Studies, University of California at San Diego, La Jolla, California 92093
(Received 9 June 1989; accepted 26 August 1989)
This article reviews the generation and amplification of ultrashort laser light pulses, p10–12 s. Current methods for generating optical pulses in the ultraviolet, visible, and infrared regions of the spectrum are described. Devices based on mode-locking techniques, as well as various novel sources for ultrashort light pulses, are examined. In addition, recent advances in using fiber optics to shape and compress optical pulses are presented. Optical amplifiers that have been developed to generate kilowatt and higher peak powers at a variety of repetition rates are described and compared. In the last section of the paper, various nonlinear optical techniques that have been developed to extend the tuning range of ultrashort laser pulses are briefly discussed. Review of Scientific Instruments is copyrighted by The American Institute of Physics.
最简单的方法就是从review看起。作者: methane 时间: 2004-1-22 20:01 标题: [讨论]关于飞秒激光!! Review of Scientific Instruments -- December 1997 -- Volume 68, Issue 12, pp. 4364-4371
Full Text: [ PDF (197 kB) GZipped PS ] --------------------------------------------------------------------------------
Construction of a subpicosecond double-beam laser photolysis system utilizing a femtosecond Ti:sapphire oscillator and three Ti:sapphire amplifiers (a regenerative amplifier and two double passed linear amplifiers), and measurements of the transient absorption spectra by a pump-probe method
Toshihiro Nakayama, Yutaka Amijima, Kazuyasu Ibuki, and Kumao Hamanoue
Department of Chemistry, Kyoto Institute of Technology, Matsugasaki, Sakyo-ku, Kyoto 606, Japan
(Received 30 April 1997; accepted 4 September 1997)
首先谢谢你看过我对系统的描述,应该有不确切的地方,请原谅我是新手。直接引用老板的介绍:We have designed and built an experimental system which generates high energy, 150 mJ, 100x10-15 second laser pulses in the 180 nm to 1500 nm spectral range and 5 Kev to 20 Kev, 5x10-12 second intense, x-rays pulses. The laser pulses are used to initiate chemical and biological reactions and generate the x-rays.说成小于130fs比较合适,实际情况还取决于compressor最后的调节。能量的大概情况是这样,出了Tusnami osillator 80MHz/1nj,进入spitfire先strech,然后进行放大,并调节为10Hz,在这里大概会有15-20次round-trips,每次大概放大3-4倍,扣去能量的损耗,最后能得到大概1mj/1KHZ(由pump laser决定),然后调节为10Hz(下一步pump是两台Nd :YAG)。然后进入二级放大,也是Ti:Sapphire晶体,光通过4次,大概可以得到100倍的放大。具体可以看我刚加上的图
http://bbs.oecr.com/cgi-bin/topic.cgi?forum=6topic=820show=0
150mJ 100fs tunnable from 180nm-1500nm,的确是个很不错的系统,不过我倒很想知道,你们是怎么获得如此高能量的可调谐的输出的? NOPA? OPCPA?
如果使用100mJ的话,我想你们的COMPRESSOR应该在真空中使用的吧?这么高的能量一般都为10Hz.20mJ是比较常见的输出.用金属线产生X-RAY不太熟悉,可能会有很多残渣,方向性也不太好,用气体产生高次谐波比较常见,效率也很低,但光束质量很好.很多研究物理化学的人采用这方法.我不是搞化学的,也许你们的方法有你们的优点?作者: methane 时间: 2004-1-29 23:05 标题: [讨论]关于飞秒激光!! The AMOLF Terawatt Laser System
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XUV-Physics
The new Amolf laser system is based on the principle of Chirped Pulse Amplification. Short, low-energy pulses are stretched in time before being amplified and then recompressed to their original pulse duration. Stretching the pulses during amplification means that the peak intensity is lowered and enables the pulses to be amplified to high energies without damaging the amplifiers. The wide bandwidth required to support a short pulse (30 nm for a 30 fs pulse) is used to stretch the pulses. The stretcher is designed so that the shorter wavelength components of the pulse must travel along a longer path than the long-wavelength components. The pulse then emerges from the stretcher with the wavelength changing from the front to the back of the pulse:- it is ’’chirped’’.
The start of the laser system is a Ti:Sapphire oscillator pumped by a Millennia laser. This laser produces pulses around 800 nm with a pulse duration of about 15 fs and pulse energies of about 5 nanoJoules. These pulses are stretched to 400 picoseconds in an all-reflective aberration-free stretcher and then amplified in a home-built regenerative amplifier. The regenerative amplifier is operated at 1 kHz and delivers pulses of about 1 milliJoule. The output is amplified to 60 mJ in a 4-pass amplifier, pumped by a Nd:YAG laser operating at 50 Hz. After compression we have 30 mJ in a 50 fs pulse (0.6 Terawatt), capable of producing focused laser intensities in excess of 1018 W/cm2. We plan a further upgrade to the system to maintain a larger bandwidth during amplification, which will mean that the pulses can be compressed to 30 fs. The 950 out of every 1000 pulses from the regenerative amplifier which are not further amplified are compressed in a separate compressor and are available for experiments which require lower pulse energies.
what is your opinion of the development of as pulses? The decade of my boss was built with ps fs. I am wondering our decade. 作者: 清溪流泉 时间: 2004-1-30 22:25 标题: [讨论]关于飞秒激光!! 能不能发表出更详细一点的内容?
关于现在国内的发展情况!作者: atto 时间: 2004-1-31 02:56 标题: [讨论]关于飞秒激光!! 我在前面的贴子里已经大概讲了国内的研究情况.