REFERENCES
- A J Beaulieu, High Peak Power Gas Lasers, Proc IEEE, vol 59, p 667, 1971
- PR Pearson, & H H Lambertion, Atmospheric pressure CO2 Lasers giving high output energy per unit volume, SERL Technical Journal, vol 21, p 10, 1971.
- A K Laflamme, Double discharge excitation for atmospheric pressure CO2 Lasers, Rev of Sei Instrum, vol 41, p 1578, 1970.
- C R Hammond, D P Juyal, G C Thomas & A Zemtrod, Single longitudinal mode operation of a transverse excited CO2 laser, J of Phy E Sci Instrum, vol 7, p 45, 1974.
- W L Nighan, W J Wiegand & R A Hass, Ionization instability in CO2 laser discharge, Appl phy Lett, vol 22, p 579, 1973.
- D S Stark, P H Cross & H Foster, A compact sealed pulsed’ CO2 TEA laser, IEEE J of Quantum Electron, vol QE-11, p 774, 1975.
- N Band & A L S Smith, Compact sealed photo preionized TEA CO2 laser without hetrogenous catalysis or gas recycling, Appl Phy Lett, vol 34, p 385, 1979
- A L S Smith, J P Sephton & G Seott, High peak power extended life time TEA CO2 lasers, J Phy E Sci Instrum, vol 17, p 590, 1984.
- D S Stark & A Crocker, A sealed high CO 2 high PRF semi-conductor-preionized TEA laser without solid catalyst, Optic Commn, vol 48, p 377, 1984.