@techreport{oai:soar-ir.repo.nii.ac.jp:00016947,
 author = {鹿野,  哲生 and 野村,  彰夫 and 斉藤,  保典},
 month = {Mar},
 note = {Laser radar systems are developed and constructed for the purpose of diagnosis of an atmosphere，and the concept of these systems are described. Errors caused by noises are also discussed. Examples of experimental results are shown with regard to our three types of laser radar systems，i. e.，t he differential absorption，t he Mie scattering and the resonance scattering types. The differential absorption laser radar having a simultaneously tunable two-wavelength dye laser is applied to the measurement of N02 concentration in the atmosphere and the feasibility was comfirmed. The Mie scattering laser radar，N d・YAGl aser one，is useful and practically used to the measurement of the distribution of small particles like an aerosol. The resonance scattering laser radar consisting of a dye laser excited by a coaxial flash lamp and a pulse gate .ph oton counting system is adapted to the observation of the mesospheric sodium layer，a nd gravity waves and upper stratospheric temperature profiles are observed., Article, 環境科学年報12:1-11(1990)},
 title = {大気環境のレーザ・リモートセンシング：レーザ・レーダシステム},
 year = {1990}
}