Advances in Space Research

Preface
pp. 695-695(1)
Authors: Clemesha B.; Swenson G.; Nakamura T.

Laboratory studies and modelling of mesospheric iron chemistry
pp. 699-708(10)
Authors: Plane J.M.C.; Self D.E.; Vondrak T.; Woodcock K.R.I.

Zonal mean meridional circulation in the low to middle latitude of MLT region: A numerical simulation by a general circulation model
pp. 709-717(9)
Authors: Yoshikawa M.; Miyahara S.

The zonal wind effect on the photochemistry within the mesosphere/mesopause region
pp. 719-724(6)
Authors: Sonnemann G.R.; Grygalashvyly M.

Vibrational-rotational temperature measurement of N₂ in the lower thermosphere by the rocket experiment
pp. 725-729(5)
Authors: Kurihara J.; Oyama K.-I.; Suzuki K.; Iwagami N.

Temperatures, densities, and winds in the high latitude (78^oN) mesosphere
pp. 731-740(10)
Authors: Lubken F.-J.; Mullemann A.

Initial results of a rocket-based study of gravity wave effects on photoionization in the middle atmosphere
pp. 741-746(6)
Authors: Croskey C.L.; Mitchell J.D.; Friedrich M.; Schmidlin F.J.; Meriwether J.W.

Variability of equatorial mesospheric echoes
pp. 747-752(6)
Authors: Lehmacher G.A.; Kudeki E.

A dynamical study of the winter mid-latitude mesopause region (80-105KM) based on initial simultaneous lidar measurements of temperature and winds over Fort Collins, CO (41N 105W)
pp. 753-758(6)
Authors: Sherman J.; Williams B.P.; Kawahara T.D.; Krueger D.A.; Shee C.Y.

Parameterization of solar heating by the near IR CO₂ bands in the mesosphere
pp. 759-764(6)
Authors: Ogibalov V.P.; Fomichev V.I.

Seasonal variations of emission characteristics of the mesopause hydroxyl with different vibrational excitation
pp. 765-770(6)
Authors: Bakanas V.V.; Perminov V.I.; Semenov A.I.

First year of Rayleigh lidar measurements of middle atmosphere temperatures above davis, Antarctica
pp. 771-776(6)
Authors: Klekociuk A.R.; Lambert M.M.; Vincent R.A.; Dowdy A.J.

Correlated measurements of mesospheric density and near infrared airglow
pp. 777-782(6)
Authors: Faivre M.; Moreels G.; Pautet D.; Keckhut P.; Hauchecorne A.

High frequency atmospheric gravity wave damping in the mesosphere
pp. 785-793(9)
Authors: Swenson G.R.; Liu A.Z.; Li F.; Tang J.

Lagrangean transport due to internal gravity waves simulated by a non-hydrostatic and compressible 2D numerical model
pp. 795-799(5)
Authors: Goya K.; Takamine M.; Miyahara S.

Mountain waves in the middle atmosphere: Microwave limb sounder observations and analyses
pp. 801-806(6)
Authors: Jiang J.H.; Wu D.L.; Eckermann S.D.; Ma J.

Gravity waves in the tropical middle atmosphere: Characteristics and wave-mean flow interaction
pp. 807-812(6)
Authors: Rajeev K.; Parameswaran K.; Sasi M.N.; Ramkumar G.; Krishna Murthy B.V.

A study of equatorial wave characteristics using rockets, balloons, lidar and radar
pp. 813-818(6)
Authors: Sasi M.N.; Krishna Murthy B.V.; Ramkumar G.; Satheesan K.; Parameswaran K.; Rajeev K.; Sunilkumar S.V.; Nair P.R.; Krishna Moorthy K.; Bhavanikumar Y.; Raghunath K.; Jain A.R.; Rao P.B.; Krishnaiah M.; Prabhakaran Nayars S.R.; Revathy K.; Devanarayanan S.

Atmospheric wind effects on the gravity wave propagation observed at 22.7^o S-Brazil
pp. 819-824(6)
Authors: Wrasse C.M.; Nakamura T.; Tsuda T.; Takahashi H.; Gobbi D.; Medeiros A.F.; Taylor M.J.

Observation of mesospheric waves with an all-sky camera in Korean Peninsula
pp. 825-830(6)
Authors: Chung J.-K.; Kim Y.H.; Won Y.-I.

Gravity waves in the mesosphere observed with Wuhan meteor radar: A preliminary result
pp. 831-836(6)
Authors: Xiong J.-G.; Wan W.-X.; Ning B.-Q.; Liu L.-B.

Rocket measurement of electron density and atomic oxygen density modulated by atmospheric gravity waves
pp. 837-842(6)
Authors: Yoshimura R.; Iwagami N.; Oyama K.-I.

Fourier analysis of a virtual satellite view of the NIR atmospheric emission over Europe
pp. 843-848(6)
Authors: Faivrel M.; Moreels G.; Pautet D.; Clairemidi J.

Measurements of atmospheric waves in the upper mesosphere at Chungwon, Korea
pp. 849-853(5)
Authors: Won Y.-I.; Kim J.; Niciejewski R.J.; Lee B.Y.; Chung J.-K.; Kim Y.H.

A global view of tidal temperature perturbations above the mesopause: Preliminary model/observation intercomparison
pp. 857-862(6)
Authors: Oberheide J.; Hagan M.E.; Roble R.G.; Gusev O.A.

Numerical simulation of tides, Rossby and Kelvin waves with the COMMA-LIM model
pp. 863-868(6)
Authors: Frohlich K.; Pogoreltsev A.; Jacobi C.

Planetary wave activity and rotational effects in the mid-latitudes of the lower and middle atmosphere (0-100KM)
pp. 869-874(6)
Authors: Fahrutdinova A.N.; Guryanov V.V.; Korotyshkin D.V.; Manson A.H.; Meek C.E.; Jacobi C.; Kurschner D.

Rotational effects in the field of tidal wind of the mid-latitude MLT-region
pp. 875-880(6)
Authors: Fahrutdinova A.N.; Korotyshkin D.V.; Fedorov D.V.

Author index
pp. 881-882(2)