Физика околоземного космического пространства. Гл. 1 / Рос. акад. наук, Кол. науч. центр, Поляр. геофиз. ин-т. – Апатиты : [б. и.], 2000. – 216 с.

CONTENTS Pages Chapter 1. MAGNETOSPHERE-IONOSPHERE RELATIONS.................. 5 1.1. Mangetospheric storms (Yu.P.Maltsev).................................. 7 1.2. Magnetospheric sources of certain high latitude structures, observed from the Earth surface and by low-altitude satellites (A.G.Yakhnin)........................................................ 62 1.3. Impulsive phenomena in dayside high latitude region (V.G.Vorobyev)..................................................................... 86 1.4. Auroral magnetosphere structure and expansive phase of magnetospheric substorm (L.L.Lazutin)......................................... 145 References....................................................................................................... 193 Chapter 2. IONOSPHERE PROCESSES....................................................... 217 2.1. Doppler temperature and the neutral gas velocity in the E-layer of the ionosphere (S.V.Leontyev, N.N.Bogdanov)................. 219 2.2. Statistic approach in the ionospheric radiotomography (M.P.Kozlova, E.D.Tereschenko).......................................... 248 2.3. Ion distribution by velocities in the F-region of the Polar ionosphere and effects of non-maxwell distributions (V.D.Tereschenko, VA.Tereschenko)................................... - 281 2.4. Mathematical modeling of thermospheric and ionospheric effect of geomagnetic storm (A.A.Namgaladze, M.Forster, R.Yu.Yurik)......................................................... .................. 336 2.5. Measurement of turbulent ionospheric current parameters by the form of radioaurora Doppler spectra (Yu.L.Sverdlov, N.G.Sergheyeva).................................................................... 361 References....................................................................................................... 387 Chapter 3. AURORAS................................................................................... 407 3.1. Planetary dynamics of auroral luminosity (G.V.Starkov)............ 409 3.2. Hydrogen emission in auroras and the precipitation of auroral protons (L.S.Evlashin)............................................ 500 3.3. Types of solar wind fluxes and their correlation with characteristics of auroras (T.A.Khviyuzova, S.V.Leontyev)......................................................................... 549 3.4. Fractal characteristics of the spatial structure of auroras (B.V.Kozelov)............................................................ 572 3.5. Application of quantum-chemical approximations when calculating velocities of plasmochemical processes (A.S.Kirillov)......................................................... 597 References....................................................................................................... 633 Chapter 4. OZONE......................................................................................... 667 4.1. Ozone in the troposphere of high latitudes (M.I.Beloglazov, A.Yu.Karpechko, S.A.Rumyantsev)............ 669 References........................................................................................................ 698 214