Impact of Aerospace Technology on Studies of the Earth's Atmosphere

Content: 
Front Matter, Page iii
Copyright, Page iv
Preface, Page vii, H. GUYFORD STEVER
The International Magnetospheric Study, Pages 1-14, JUAN G. ROEDERER
Aligned magnetohydrodynamic solution for solar wind flow past the earth\'s magnetosphere, Pages 15-35, JOHN R. SPREITER, ARTHUR W. RIZZI
Fluorescent ion jets for studying the ionosphere and magnetosphere, Pages 37-69, K.W. MICHEL
The impact of space electric field research on atmospheric studies, Pages 71-79, F.S. MOZER
The earth\'s climate as seen from space, Pages 81-91, WILLIAM W. KELLOGG
Determination of aerosol parameters of the atmosphere by laser sounding from space, Pages 93-103, VLADIMIR E. ZUEV, GEORGI M. KREKOV, IGOR E. NAATS
Application of lasers in atmospheric probing, Pages 105-123, C.P. WANG
On the distribution of water vapor in strato- and mesospheres measured by means of space vehicles, Pages 125-133, K.YA. KONDRATYEV, A.A. BUZNIKOV, V.P. KOZLOV, A.G. POKROVSKY
Photochemistry in the stratosphere—with applications to supersonic transports, Pages 135-156, HAROLD S. JOHNSTON
Studies of aircraft wake chemistry and dispersion, Pages 157-178, I.G. POPPOFF, N.H. FARLOW, L.B. ANDERSON
Research program for assessment of stratospheric pollution, Pages 179-224, ALAN J. GROBECKER
First results of environmental tests on board Concorde 001, Pages 225-235, R. JOATTON, J.F. LEACH
Dosage des constituants stratosphériques minoritaires, de l\'ordre de 1 ppb, par spectrométrie d\'absorption, Pages 237-248, ANDRÉ GIRARD
Ex Mundo Astronautico, Pages xiii-xvi