Electrical characteristics of a MAGPIE coaxial laser discharge system
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Publisher
The Optical Society
Reference13 articles.
1. High‐power laser discharge stabilization with magnetic fields
2. Dynamics of magnetically stabilized laser discharge
3. Atmospheric‐Pressure Pulsed CO2 Laser Utilizing Preionization by High‐Energy Electrons
4. Mode properties of annular gain lasers
5. Annular converging wave cavity
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1. Similarity of hf discharges as active media of gas lasers: Compact CO2 lasers with high-frequency excitation;Journal of Russian Laser Research;2000-01
2. Magnetic laser discharge stabilization scaling to high‐pressure systems;Journal of Applied Physics;1991-12
3. Electrical discharge and laser gain characteristics of a coaxial discharge CO/sub 2/ laser stabilized by a transverse rotating magnetic field;IEEE Journal of Quantum Electronics;1991-03
4. Operational characteristics of a MAGPIE coaxial CO2 discharge system;Applied Physics B Photophysics and Laser Chemistry;1987-06
5. Gain characteristics of a MAGPIE coaxial CO<inf>2</inf>laser system;IEEE Journal of Quantum Electronics;1987-05
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