N2 AB / Auroral Lidar Systems / N21 XB Lidars N21 XB N2 AB T / N2 ABC Lidars Lidar N2 AB / Simulated Lidar Observations A. Power N2 AB / Cambridge U. Press / /
Country
United Kingdom / /
Currency
pence / USD / /
Facility
R. C. Garner / Geophysical Institute / University of Alaska / /
IndustryTerm
average power product / lidar systems / resonance fluorescence lidar applications / mesospheric metal layers / narrow-line lidar systems / characteristic energy / chemical production / ionic and neutral chemical reactions / oxygen band systems / energy flux / laboratory tools / energy loss / energy spectrum / laser technology / metal layers / power product / energy / singlestep systems / field lidar systems / chemical reactions / incident energy spectra / given power-aperture product / photoelectron energy distributions / narrow-band laser systems / incident energy flux / lidar technology / free metal atoms / power-aperture product / tunable solid-state laser technology / laser energy / been taken in specifying these lidar systems / /
Organization
Geophysical Institute / Optical Society of America / National Science Foundation / University of Alaska / NS NS / National Aeronautics and Space Administration / Optical Society of America Key / /
Person
Roger W. Smith / D. Van Nostrand / Dirk Lummerzheim / Richard L. Collins / /
Position
Hb / observed Hb / Optimum Lidar Frequencies A. General / representative / /
ProvinceOrState
New Brunswick / Alaska / North Dakota / New York / Nova Scotia / /
Analysis of lidar systems for profiling aurorally excited molecular species Richard L. Collins, Dirk Lummerzheim, and Roger W. Smith We report a detailed analysis of lidar systems that profile aurorally excited molecular