Femtosecond beam science / edited by Mitsuru Uesaka.

Uesaka, Mitsuru
Call Number
621.366 U7S
Author
Uesaka, Mitsuru
Title
Femtosecond beam science / edited by Mitsuru Uesaka.
Publication
London : Imperial College Press ; Singapore ; Hackensack, NJ : Distributed by World Scientific Pub., 2005.
Physical Description
xii, 426 p. : ill. ; 24 cm.
Contents
Introduction -- Femtosecond beam generation: Theory and operation of femtosecond terawatt lasers. Linear accelerator. Synchrotron. Laser plasma acceleration. Inverse Compton scattering X-ray generation. Beam slicing by femtosecond laser. Free electron lasers. Energy recovery Linac -- Diagnosis and synchronization: Pulse shape diagnostics. Synchronization -- Applications: Radiation chemistry. Time-resolved X-ray diffraction. Protein dynamics. Molecular dynamics simulation.
Added Author
Uesaka, Mitsuru.
Subject
LASER PULSES, ULTRASHORT.
LASER SPECTROSCOPY.
Femtochemistry.
LASER BEAMS.
Femtochimie.
Faisceaux laser.
Total Ratings: 0
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$a Introduction -- Femtosecond beam generation: Theory and operation of femtosecond terawatt lasers. Linear accelerator. Synchrotron. Laser plasma acceleration. Inverse Compton scattering X-ray generation. Beam slicing by femtosecond laser. Free electron lasers. Energy recovery Linac -- Diagnosis and synchronization: Pulse shape diagnostics. Synchronization -- Applications: Radiation chemistry. Time-resolved X-ray diffraction. Protein dynamics. Molecular dynamics simulation.
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$a LASER PULSES, ULTRASHORT.
650
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$a LASER SPECTROSCOPY.
650
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$a Femtochemistry.
650
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$a LASER BEAMS.
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$a Femtochimie.
650
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$a Faisceaux laser.
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$a Uesaka, Mitsuru.
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Contents
Introduction -- Femtosecond beam generation: Theory and operation of femtosecond terawatt lasers. Linear accelerator. Synchrotron. Laser plasma acceleration. Inverse Compton scattering X-ray generation. Beam slicing by femtosecond laser. Free electron lasers. Energy recovery Linac -- Diagnosis and synchronization: Pulse shape diagnostics. Synchronization -- Applications: Radiation chemistry. Time-resolved X-ray diffraction. Protein dynamics. Molecular dynamics simulation.
Subject
LASER PULSES, ULTRASHORT.
LASER SPECTROSCOPY.
Femtochemistry.
LASER BEAMS.
Femtochimie.
Faisceaux laser.