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Trends in high energy laser research in israel - an overview
S. Rosenwaks
Department of Physics
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peer-review
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Keyphrases
Israel
100%
High Power Laser
100%
Free Electron Laser
100%
Negev
75%
Solar-pumped Laser
75%
Fluid Dynamics
50%
Ben-Gurion
50%
Weizmann
50%
Chemical Oxygen Iodine Laser
50%
Laser System
25%
Solid State
25%
Iodine
25%
Tel Aviv
25%
High Power Conversion Efficiency
25%
High Power
25%
Nozzle
25%
Chemical Laser
25%
Upconversion
25%
Nuclear Research
25%
Armament
25%
Tunability
25%
Taking Part
25%
Operation Frequency
25%
Homogeneous Medium
25%
Singlet Oxygen
25%
Detonation
25%
Far-IR
25%
Degree of Coherence
25%
Average Power
25%
Pulsed Operation
25%
Development Authority
25%
Beam Quality
25%
Operation Parameters
25%
Oxygen Generator
25%
Laser Head
25%
Mm-wavelength
25%
Iodine Laser
25%
Detonation Products
25%
Lead Azide
25%
Wavelength Regions
25%
Megawatt
25%
Chemical Dynamics
25%
Megawatt Class
25%
Physical Dynamics
25%
Laboratory Demonstration
25%
Dynamic Issue
25%
Electrostatic Accelerator
25%
Physics
Free Electron Lasers
100%
Supersonics
75%
Solar-Pumped Laser
75%
Fluid Dynamics
50%
Chemical Oxygen-Iodine Lasers
50%
Electrostatics
25%
Coherence
25%
Chemical Laser
25%
Iodine Laser
25%
Engineering
Free Electron
100%
Fluid Dynamics
50%
Electrostatics
25%
Parametric Study
25%
Average Power
25%
Feasibility Study
25%
Experimental Investigation
25%
Laser System
25%
Theoretical Investigation
25%
Frequency Operation
25%
Homogeneous Medium
25%
Energy Conversion Efficiency
25%
Material Science
Fluid Dynamics
100%