Intercomparison of Stratospheric/mesospheric Data |
Contents
Preface | 1 |
Mesospheric H2O and H2O2 Densities inferred from in situ Positive | 13 |
Mass Spectrometric Measurements of Stratospheric Ions | 19 |
Copyright | |
12 other sections not shown
Common terms and phrases
absorption accelerometer aerosol ALTITUDE km altitude region amplitude approximately Atmos atmosphere backscatter balloon chemiluminescent coefficient compared comparison correlative COSPAR cross-sections D-region data sets derived differences dustsonde eigenvectors electron density errors estimated filter flight function Geophys gradients H₂O height inflatable sphere instrument intercomparison ion chemistry ion composition km altitude laboratory latitudinal launched lidar LIMS M.P. McCormick March mass mass spectrometer maximum mbar measurements mesopause mesosphere Meteorological mixing ratio model calculations NIMBUS NO₂ noise number densities observed obtained optical oxonium ions ozone ozone density ozonesonde payload photoionization rates photometer Phys planetary wave positive ion ppbv pressure mb Primrose Lake radar radiances radiation radiosonde reaction retrievals rocketsonde ROCOB SAMS satellite sensors shown in Figure shows solar sonde Soviet Space Research spectra stratosphere stratospheric aerosol structure techniques thermistor thermosphere Thumba total ozone TOVS tropopause Umkehr uncertainty values variations vertical water vapor wavelength wavenumber winter zonal mean