HCl, HF, and DF partially inverted CW chemical lasers
CW chemical lasers operation from partially inverted transitions of HCl, HF and DF molecules in subsonic flow
Cool, T. A.↗
Engineering topics
Cool, T. A.
Publications and source records attributed to Cool, T. A..
Fluid mixing technique increases the gain and output power of carbon dioxide laser systems
High speed flowing gas system provides uniform mixing in short times compared to flow transit times and carbon dioxide vibrational relaxation times. This system minimizes the effects of surrounding surfaces and provides a uniformly high gain that is independent of dimensions transverse to the flow direction.
Cool, T. A.↗
HBr-CO2 continuous-wave chemical laser
Continuous wave chemical laser operation at 10.6 micron in carbon dioxide pumped by vibrational energy from hydrogen atoms and bromine molecules reaction
Cool, T. A.↗
Efficient purely chemical CW laser operation
CW laser operation at 10.6 microns in DF-carbon dioxide and HF-carbon dioxide molecular systems achieved by purely chemical means
Cool, T. A.↗
Chemical laser by fluid mixing
Chemical laser CW opertion achieved by mixing gases, obtaining pumping energy from chemical reactions
Cool, T. A.↗
DF-CO sub 2 and HF-CO sub 2 continuous-wave chemical lasers
Continuous wave chemical laser operation in carbon dioxide pumped by vibrational energy released from DF and HF molecular formation
Cool, T. A.↗
Power and gain characteristics of high speed flow lasers
Output power and gain saturation characteristics for high speed flowing gas molecular lasers, discussing electrically excited fluid mixing carbon dioxide laser
Cool, T. A.↗