Gain characteristics of CO2laser amplifiers at 10.6 microns

This publication has 13 references indexed in Scilit:

• AN INVESTIGATION OF THE EFFECT OF GAS ADDITIVES ON THE ELECTRON TEMPERATURE AND DENSITY IN A CO2 LASER DISCHARGE
  Applied Physics Letters, 1966
• Vibrational excitation of CO2by electronic impact in pure CO2andCO2-HE
  IEEE Journal of Quantum Electronics, 1966
• High-power molecular lasers and their application to investigation of nonlinear optical phenomena in the infrared
  IEEE Journal of Quantum Electronics, 1966
• HIGH-POWER BREWSTER WINDOW LASER AT 10.6 MICRONS
  Applied Physics Letters, 1965
• Molecular collision cross sections and the effect of hydrogen on vibrational relaxation in carbon dioxide
  Proceedings of the Physical Society, 1965
• Increasing continuous laser-action on CO2 rotational vibrational transitions through selective depopulation of the lower laser level by means of water vapour
  Physics Letters, 1965
• CW HIGH POWER N2–CO2 LASER
  Applied Physics Letters, 1965
• Molecular collision cross sections and vibrational relaxation in carbon dioxide
  Proceedings of the Physical Society, 1964
• Continuous-Wave Laser Action on Vibrational-Rotational Transitions of CO2
  Physical Review B, 1964
• Selective Excitation Through Vibrational Energy Transfer and Optical Maser Action inN2-CO2
  Physical Review Letters, 1964