Структура магнитно-ионосферных и авроральных возмущений / Акад. наук СССР, Кол. науч. центр, Поляр. геофиз. ин-т. – Ленинград : Наука, 1977. – 151 с.

10. C h i m o n a s G. The equatorial electrojet as a source of long period travelling ionospheric disturbances. — P lanet. Space. Sci., 1970, 18, 4, p. 583 -590 . 11. E с к 1 u n d W. L., C a r t e r D. A., K e y s J. G., U n w i n R. S., Conjugate auroral radar observations of a substorm. — J. Geophys. Rps 1Q74 79 92 n .491 1__49-1Л 12. E с к i ’u n d W. L., В a l s l e y B .B ., G r e e n w a l d R. A. Crossed beam measurements of the diffuse radar aurora. — J. Geophys. Res., 1975, 80, 13, p. 1805—1809. 13. E c k l ' u n d W. L., В a 1 s 1 e у В. В., G r e e n w a l d В. A. Doppler spectra of diffuse radar auroras. — J. Geophys. Bes., 1973, 78, 22, p. 4797—4800. 14. F a r 1 e у D. Т., В a 1 s 1 e у В. В. Instabilities in the equatorial elec­ trojet. — J. Geophys. Res., 1973, 78, 1, p. 227—239. 15. F u k u s h i m a N. Deflection of the equivalent current across the iono­ spheric conductivity discontinuity under uniform electric field. — Report Ionosph. Space Res. Japan, 1974, 28, 4, p. 201—206. 16. F r e m o u w E. J., W i l s o n C. R. Radar auroral poleward expan­ sions. — Program and Abstracts of US spring URSI meeting, Washing­ ton, 1972, C-III, p. 56. 17. G r e e n w a l d R. A., E с к 1 u n d W. L., В a 1 s 1 e у В. В. Auroral currents irregularities and lum inosity. — J. Geophys. Bes., 1973, 78, 34, p. 8193-8203. 18. G r e e n w a l d R. A. Diffuse radar aurora and gradient drift in stab i­ lity . — J. Geophys. Res., 1974, 79, 31, p. 4807—4810. 19. G r e e n w a l d R. A., E с к 1 u n d W. L. A new look at radar auroral motions. — J. Geophys. Res., 1975, 80, 25, p. 3642—3649. 20. G r e e n w a 1 d R. A., E c k l u n d W. L., В a l s l e y В. B. Dif­ fuse radar aurora: spectral observations of non-two-stream irregulari­ ties. — J. Geophys. Bes., 1975, 80, 1, p. 131—140. 21. G r e e n w a l d R. A., E c k l u n d W. L., B a l s l e y В. B. Badar observations of auroral electrojet currents. — J. Geophys. Bes., 1975, 80, 25, p. 3635-3641. 22. II a r r i s F. R ., К a v a d a s A. Radio auroral measurements hear an auroral electrojet. — Canad j. Phys., 1973, 51, 13, p. 1403—1408. 23. R о m i с к G. J., E c k l u n d W. L., G r e e n w a l d R. A., B a l ­ s l e y В. B., I m h o f W. L. The interrelationship between the > 130 KeV electron trapping boundary the VHF radar backscatter and the visual aurora. — J. Geophys. Bes., 1974, 79, 16, p. 2439—2443. 24. S u d a n B. N., A k i n r i m i s i J., F a r l e y D. T. Generation of smallscale irregularities in the equatorial electrojet. — J. Geophys. Res., 1973, 78, 1, p. 240—248. 25. T s u n o d a R. Т., P r e s s n e l l R. I., L e a d a b r a n d R. L. R adar auroral echo characteristics as seen by a 398 MHz phased array radar operated at Homer, Alaska. — J. Geophys. Res., 1974, 79, 31, p. 4709—4724. 26. T s u n о d a R. Т., F r e m о u w E. J. Radar studies of fast auroral form. — Report. Standford Research Institute, 1975. 84 p. 27. T s u n o d a R. Т., P r e s n e l l R. I. On a theshold electric field associated w ith the 398 MHz diffuse radar aurora. — J. Geophys. Res., 1976, 81, N 1, p. 88—96. 28. T s u n o d a R. Т., P r e s n e l l R. I . The spatial relationship between the evening radar aurora and field aligned currents. — J. Geophys. Res., 1976, 81, N 25, p. 6325—6348. 29. U n w i n R. S., K e y s J. G. Characteristics of the radio aurora during the expansive phase of polar substorms. — J. Atmos. Terr. Phys., 1975, 37, 1, p. 55—6i. 3 0. W i l s o n C. R. Infrasonic pressure waves from aurora a shock wave model. — Nature, London, 1967, 216, p. 131—138. 23

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