Deci-gigavolt Electrons from a Millitorr Gas Struck by a Sub-Joule Ultra-short Laser Pulse: an Exact Simulation

We have calculated the exact trajectories of 3321 electrons when struck by one 0.6 Joule optical pulse that is an exact solution of Maxwell's equations. These 3321 were initially at rest in a 1 mum-spaced cubic lattice around the focus of the 1 mum-wavelengfh pulse. Electrons gained energies up...

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Published in2007 Conference on Lasers and Electro-Optics - Pacific Rim pp. 1 - 2
Main Authors Hyun Min Cho, Hellwarth, R.W.
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.08.2007
Subjects
Electrons
EMP radiation effects
Focusing
Gas lasers
Lattices
Maxwell equations
Optical polarization
Optical pulses
Pulse measurements
Ultrafast optics
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Abstract We have calculated the exact trajectories of 3321 electrons when struck by one 0.6 Joule optical pulse that is an exact solution of Maxwell's equations. These 3321 were initially at rest in a 1 mum-spaced cubic lattice around the focus of the 1 mum-wavelengfh pulse. Electrons gained energies up to 0.230 GeV.
AbstractList We have calculated the exact trajectories of 3321 electrons when struck by one 0.6 Joule optical pulse that is an exact solution of Maxwell's equations. These 3321 were initially at rest in a 1 mum-spaced cubic lattice around the focus of the 1 mum-wavelengfh pulse. Electrons gained energies up to 0.230 GeV.
Author Hyun Min Cho
Hellwarth, R.W.
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  surname: Hellwarth
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  organization: Ming Hsieh Dept. of Electr. Eng., Univ. of Southern California, Los Angeles, CA
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Snippet We have calculated the exact trajectories of 3321 electrons when struck by one 0.6 Joule optical pulse that is an exact solution of Maxwell's equations. These...
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StartPage 1
SubjectTerms Electrons
EMP radiation effects
Focusing
Gas lasers
Lattices
Maxwell equations
Optical polarization
Optical pulses
Pulse measurements
Ultrafast optics
Title Deci-gigavolt Electrons from a Millitorr Gas Struck by a Sub-Joule Ultra-short Laser Pulse: an Exact Simulation
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