Hostname: page-component-586b7cd67f-tf8b9 Total loading time: 0 Render date: 2024-11-26T00:44:53.792Z Has data issue: false hasContentIssue false

21. Commission De La Luminescence Du Ciel

Published online by Cambridge University Press:  25 April 2016

Abstract

Image of the first page of this content. For PDF version, please use the ‘Save PDF’ preceeding this image.'
Type
Reports of Commissions
Copyright
Copyright © Reidel 1967

References

Bibliographie

A. Airglow, General

1. Abbott, W. N. 1964, Possible correlations between sporadic-E and low-altitude airglow emission of 5577Å in median latitudes, J. atmm. terr, Phys., 26, 776.Google Scholar
2. Barbier, D. 1964, Airglow, Res. Geophys., 1, Chapter 16, Mass. Inst. Tech.Google Scholar
3. Barbier, D. 1965, La lumiére du ciel nocturne aux Iles Kerguelen, Ann. Géophys.,21, 299.Google Scholar
4. Bellew, W., Silverman, S. 1966, General behavior of 6300Å [O 1] at Sacramento Peak, New Mexico, Planet. Space Sci., 14, 407.Google Scholar
5. Glaume, J. 1965, Étude de la raie 5577Å de l'oxygène dans la luminescence atmosphérique nocturne, Ann. Géophys., 21, 1.Google Scholar
6. Hunten, D. M. 1967, Spectroscopic studies of the twilight airglow, Space Sci. Rev., 6. 493.Google Scholar
7. Huruhata, M. 1965, Lunar tidal effect on the oxygen green line in the niglit airglow, J. geophys. Res., 70, 5979.Google Scholar
8. Huruhata, M. 1964-1965, Japanese contribution to the IQSY.Google Scholar
9. Kulkarni, P. V. 1965, On the height of the 5577Å [O 1] airglow layer in Hawaii, Ann. Géophyu, 58 Google Scholar
10. Lagos, P. 1964. The airglow 6300Å [O 1] emission the luminosity profile with varying scale height, J. atmos. terr. Phys., 36, 325.Google Scholar
11. Markham, T. P., Anctil, R. E. 1966, Airborne night airglow measurements in the south atlantic magnetic anomaly, J. geophys. Res., 71, 997.Google Scholar
12. Murcray, W. B. 1963, Infrared radiation from the atmosphere over the Arctic Ocean, Science, 141, 802.Google Scholar
13. Doan, Nguyen-Huu 1964, Étude spectrophotométrique de la lumiére ciel nocturne,.et crépusculaire dans le visible, Ann. Géophys., 20, 1.Google Scholar
14. Roach, F. E. 1964, The light of the night sky: astronomical, interplanetary and geophysical, Space Sci. Rev., 3, 512.Google Scholar
15. Roach, F. E., Smith, L. L. 1967, The worldwide morphology of the atomic oxygen nightglows, in Aurora and Airglow, Proc. of Aurora and Airglow Advanced Study Institute, Ed. Billy M. McCormic, Reinhold, p. 29.Google Scholar
16. Tanabe, H. 1964, Zodiacal light and airglow components at 5300Å , Publ. astr. Soc. Japan, 16, 324.Google Scholar
17. Tanabe, H. 1964, Further evidence for the existence of an airglow radiation near 5300Å independent of 5577Å line, Publ. astr. Soc. Japan, 16, 340.Google Scholar
18. Pertinent papers by Soviet authors: Shefov's list, No. 7, 13, 15, 16, 24, 27, 57, 58.Google Scholar
1. Awajobi, O. A. 1965, On the ionspheric F2-region equatorial anomaly, J. atmos. terr. Phys. 27, 1309.CrossRefGoogle Scholar
2. Barbier, D. 1964, Nouvelles observations de la raie rouge du ciel nocturne en Afrique, Ann. Géophys., 20, 22.Google Scholar
3. Barbier, D. 1964, L'observation optique de la couche F de 1'ionosphére, Scientia, Sept.-Oct.Google Scholar
4. Barbier, D. 1964, Observations photométrique d'une perturbation de la haute atmosphere, Astrophys. norw., 9, 55.Google Scholar
5. Barbier, D. 1965, Deux phenoménes particutiers présencés par la raie rouge dé la lumiére du ciel nocturne, Ann. Géophys., 21, 228.Google Scholar
6. Baxter, R. G. 1964, On the theoretical effects of electrodynamic drift in the equatorial F2 layer, J. atmos. terr. Phys., 26, 711.Google Scholar
7. Baxter, R. G., Kendall, P. C, Windle, D. W, 1965, Power series solution of the F2-layer diffusion equation, J. atmos. terr. Phys., 27, 1263.Google Scholar
8. Brace, L. H., Spencer, N. W. 1965, Detailed behaviour of the midlatitude ionosphere from the Explorer XVII satellite, Planet. Space Sci., 13, 647.Google Scholar
9. Bramley, E, N. 1966, Plasma diffusion in the ionosphere, J. atmos. terr. Phys., 28, 681.CrossRefGoogle Scholar
10. Bramley, E. N., Peart, M. 1964, Diffusion and electromagnetic drift in the equatorial F2 region, J. geophys. Res, 69, 4609 (alsO 1n 1965, J. atmos. terr. Phys., 27, 1201).Google Scholar
11. Burkard, O. M. 1966, Some remarks on papers concerning the geomagnetic anomaly of the F2-layer, J, atmos, terr, Phys., 28, 1129.Google Scholar
12. Carman,, E. H. 1964, Dependence of [O 1] 6300Å airglow on latitude as observed from Townsville, Australia, Nature, 201, 595.CrossRefGoogle Scholar
13. Carman, E. H. 1965, Seasonal trends in the latitude correlation between ionospheric parameters and [O 1] 6300Å airglow observed from Townsville, J. atmos. terr. Phys., 27, 329.Google Scholar
14. Carman, E. H., Gibson-Wilde, B. C. 1964, Seasonal variation of the [O 1] 6300Å airglow at Townsville from isophote sky maps, J. geophys. Res., 69, 487.Google Scholar
15. E. H., Carman, Kilfoyle, B. P., Gibson-Wilde, B. C. 1964, Pattern of the [O 1] 6300Å airglow emitting regions at Townsville, J. geophys. Res., 69, 4725.Google Scholar
16. Chandra, S. 1964, Plasma diffusion in the ionosphere, I., J. atmos. terr. Phys., 26, 113 (II. 1965, J atmos. terr. Phys., 27, 1159).Google Scholar
17. Chandra, S. Goldberg, R. A. 1964, Geomagnetic control of diffusion in the upper atmosphere, J. geophys. Res., 69, 3187.Google Scholar
18. Duncan, R. A. 1964, Electrodynamic lifting and the equatorial F region of the ionosphere, J. geophys. Res., 69, 3741.Google Scholar
19. Gliddon, J. E. C. Kendall, P. C. 1964, Perturbation of a model F2-region by a small arbitrary time-dependent electrodynamic drift, J, atmos. terr. Phys., 26, 721.Google Scholar
20. Goldberg, R. A., Kendall, P. C, Schmerling, E. R. 1964, Geomagnetic control of the electron density in the F region of the ionosphere, J. geophys. Res., 69, 417.Google Scholar
21. Hunten, D. M., Godson, W. L. 1967, Upper-atmospheric sodium and stratospheric warnings at high latitudes, J. Atmos. Sci., 24, 80.Google Scholar
22. Kendall, P. C. 1964, On the equations governing diffusion in the F2 layer, J, atmos. terr. Phys., 26, 624.Google Scholar
23. Kendall, P. C, Windle, D. W. 1965, A possible explanation of the Appleton anomaly of the F2-layer, l.,J. atmos. terr. Phys., 27, 795 (II. 1965,J. atmos. terr. Phys., 37, 1163).Google Scholar
24. Mariani, .F., 1964, Pitch-angle distribution of the photoelectrans and origin of the geomagnetic anomaly in the F2 layer, J. geophys. Res., 69, 556.Google Scholar
25. Nagata, T., Ogawa, T. 1964, Synthetic interpretation of the airglow [O 1] 6300Å emission and the ionospheric condition, Rep. Ionosph. Space Res. Japan, 18, 394.Google Scholar
26. Peterson, V. L., Van Zandt, T. E., Norton, R.B. 1966, F-region nightglow emissions of atomic oxygen, I., J. geophys. Res., 71, 2255.Google Scholar
27. Peterson, V. L., Steiger, W. R. 1966, F-region nightglow emissions of atomic oxygen, II, Analysis of 6300Å and electron density data, J. geophys. Res., 71, 2267.Google Scholar
28. Rishbeth, H. 1964, A time-varying model of the ionospheric F2-layer, J. atmos. terr. Phys., 26, 657.Google Scholar
29. Roach, F. E., Steiger, W. R, Brown, W. E, 1964, A summary of one year of observations of 6300Å airglow at Haleakala, Tech. Rep. HIG-64Mouvements Propres16, Hawaii Institute of Geophys,Google Scholar
30. Sharp, G. W. 1966, Midlatitude trough in the night ionosphere, J. geophys. Res., 71, 1345.Google Scholar
31. Silverman, S. M. 1965, The equatorial airglow, AFCRL-65–280.Google Scholar
32. Somayajulu, Y. V. 1964, Evidence on the horizontal diffusion of F-region ionization along the magnetic lines of force in equatorial latitudes, J. geophys. Res., 69, 561.Google Scholar
33. Somayajulu, Y. V. 1964, Some features of the F-region electron density and height variations in the equatorial regions, J. geophys. Res., 69, 1329.Google Scholar
34. Steiger, W. R., Brown, W. E., Roach, F. E. 1966, The alignment of 6300Å airglow isophotes in the tropics, J. geophys. Res., 71, 2846.CrossRefGoogle Scholar
35. Swider, W. Jr.. 1967, On the decay of the ionospheric airglow 6300Å line at night, Paper given at meeting of COSPAR, Vienna, 1966, Space Res., 7, in press.Google Scholar
36. Varnasavang, V., Hargreaves, , Sylvia, , Kendall, P. C. 1965, The influence of horizontal air motions on F2-region ionization, J.atmos. terr. Phys., 27, 707.Google Scholar
37. Yoshizaki, W. The effect of ionospheric movements on the emission rate of [O 1] 6300Å airglow, in preparation.Google Scholar
38. Yoshizaki, W. 1965, Binary transport of electrons and ions in the equatorial ionosphere and its effect on the brightness of [O 1] 6300Å airglow at Huancayo, Rep, Ionosph. Space Res. Japan, 19, 299.Google Scholar
39. Pertinent paper by Soviet authors: Shefov's list, no. 23.Google Scholar
1. Bellew, W., Silverman, S.M. 1965, The dependence of occurrence of midlatitude aurora on the sunspot cycle, J. geophys. Res., 70, 4985.Google Scholar
2. Carleton, N. P., Roach, J. R. 1965, Spectrographic observations of a mid-latitude red auroral arc, J geophys. Res., 70, 1262.Google Scholar
3. Cole, K. D. 1965, On the Dst main phase of a magnetic storm and certain, associated phenomena, in Phys. of Geomag. Phenomena, Ed. Matsushita, S. and Campbell, W. H, Academic Press.Google Scholar
4. Cole, K. D. 1965, Stable auroral,red arcs, sinks for energy of Dst main phase, J. geophys. Res., 70, 1689 Google Scholar
5. Cole, K. D. 1966, Magnetic storms and associated phenomena, Space Sci, Rev., 5, 699.Google Scholar
6. Cole, K. D. 1966, A magnetic storm experiment for Australia, The Australian Physicist, 3. 27.Google Scholar
7. Cole, K. D. Suggestions for the experimental study of the stable auroral red arc and the ring current in preparation.Google Scholar
8. Marovich, E. 1967, Fritz Peak observations of stable auroral arcs, ESSA Tech. Rep. 16.Google Scholar
9. Marovich, E. On the enhancement of 5577Å emission associated with sar-arcs, in preparation.Google Scholar
1. Carlson, H. C Jr., 1966, Ionospheric heating by magnetic conjugate-point photoelectrons, J. geophys. Res., 71, 195 (also paper presented to Aurora-Airglow conference at Keele, England; Reinhold, 1967, p. 643).Google Scholar
2. Cole, K. D. 1965, The predawn enhancement of 6300Å airglow, Ann. Géophys., 21, 156.Google Scholar
3. Dalgarno, A., McElroy, M, B. 1965, Ionospheric electron temperatures near dawn, Planet. Space Sci., 13, 143.Google Scholar
4. Hoegy, W. R., Fournier, J.P., Fontheim, E. G. 1965, Photoelectron energy distribution in the F-region, J. geophys. Res., 70, 5464.Google Scholar
5. Tohmatsu, T., Ogawa, T., Tsuruta, H. 1965, Photo-electronic processes in the upper atmosphere, I. Energy spectrum of the primary photo-electrons, Rep. Ionosph. Space Res. Japan, 19, 482.Google Scholar
1. Barbier, D. 1965, Variations de l'intensité des principales radiations de la luminescence atmosphérique nocturne avec le cycle solaire, Ann. Géophys., 21, 265.Google Scholar
2. Bollinger, C. J. 1965, Comments on paper by S. H. Neff entitled ‘Observation of the O 1 5577Å nightglow at Christchurch, New Zealand', J. geophys. Res., 70, 5469.Google Scholar
3. Chiplonkar, M. W., Agashe, V. V., Tillu, A. D. 1965, A spectrophotometric study of the night airglow at Poona, Indian J. Pure and Applied Phys., 3, 182.Google Scholar
4. Dandekar, B. S., Silverman, S. M. 1964, The effect of solar flares on the [O 1] green line of the nightglow, Planet. Space Sci., 12, 867.Google Scholar
5. Dandekar, B. S. 1965, Study of the [O 1] green line at Mount Abu, J. atmos. terr. Phys., 27. 245.Google Scholar
6. Davis, T. N, Smith, L. L. 1965, Latitudinal and seasonal variations in the night airglow, J. geophys. Res., 70, 1127.Google Scholar
7. Greenspan, J. A., Stone, C. A. 1965, The longitudinal variation of night airglow intensity in the region of the South Atlantic magnetic anomaly, J. geophys. Res., 69, 465.Google Scholar
8. Greenspan, J, A. 1966, Synoptic description of the 6300Å nightglow near 780 west longitude, J. atmos. terr. Phys., 28, 739.Google Scholar
9. Hernandez, G. J. 1965, Data previous to the International Geophysical Year 1: 5577 [O 1] line at Sacramento Peak, New Mexico, AFCRL-65-319..Google Scholar
10. Hernandez, G. J., Silverman, S. M. 1964, A reexamination of Lord Rayleigh's data on the airglow 5577Å [O 1] emission, Planet. Space Sci,, 12, 97.Google Scholar
11. Neff, S. H. 1965, Observations of the O 1 5577Å nightglow at Christchurch, New Zealand, J. geophys. Res., 70, 1743.Google Scholar
12. Okuda, M, 1965, The intensity of oxygen red line in night airglow and its dependence on solar activity, Rep. Ionosph. Space Res. Japan, 19, 470.Google Scholar
13. Saito, B., Takahashi, T. 1966, Large amplitude variations of the intensity of oxygen 5577Å emission in the night airglow and structure of lower thermosphere, Rep. Ionosph. Space Res. Japan, 20, 439.Google Scholar
14. Sandford, B. P. 1964, Aurora and airglow intensity variations with time and magnetic activity at southern high latitudes, J. atmos. terr. Phys., 26, 749.Google Scholar
15. Silverman, S. M. 1964, A note on the diurnal variation of the 5577Å [O 1] airglow emission, Planet. Space Sci., 12, 247.Google Scholar
16. Silverman, S. M., Bellew, W. 1966, Magnetic storm enhancement of the 5577Å [O 1] airglow emission intensity, Ann. Géophys., 22, 458.Google Scholar
17. Smith, L. L., Owen, R. W. 1966, Seasonal variation of nightglow Na 1 5890–96Å, [O 1] 5577Å and [O 1] 6300Å in the tropics, NBS Tech. Rep. 329.Google Scholar
18. Pertinent papers by Soviet authors: Shefov's list, No. 17, 18, 19, 20, 21, 22, 25, 29, 30.Google Scholar
1. Brandt, J. C. 1964, On diffuse galactic Lyman α in the night sky, Planet. Space Sci., 12. 650.Google Scholar
2. Donahue, T, M. 1964, Lyman alpha scattering in the Earth's hydrogen geocorona, 3- The extrageocoronal contribution, J, geophys. Res., 69, 1301.Google Scholar
3. Donahue, T. M. 1964, H alpha excitation in the hydrogen near the Earth. Planet. Space Sci., 12, 149.Google Scholar
4. Donahue, T. M. 1966, The problem of atomic hydrogen, Ann. Géophys., 22, 175.Google Scholar
5. Donahue, T. M., Fastie, W. G. 1964, Observation and interpretation of resonance scattering of Lyman α. and O 1 (1300) in the upper atmosphere, Space Res., 4, 304.Google Scholar
6. Eather, R. H., Sandford, B. P. 1966, The zone of hydrogen emission in the night sky, Austr. J. Phys., 19, 25.Google Scholar
7. Kondo, Y., Kupperian, J. E. 1967, Interaction of the neutral hydrogen and charged particles in the radiation belt: the consequent Lyman alpha emission, in preparation (to be submitted to j. geophys. Res,).Google Scholar
8. Winter, T. C. 1965, The determination of the profile of the north-south hydrogen Lyman alpha emission line, Ph.D. dissertation, UCLA.Google Scholar
9. Pertinent papers by Soviet authors: Shefov's list, no. 31, 32, 33, 34, 35, 36, 37.Google Scholar
1. Barbier, D. 1964, Possibilité de détection de particules de grande énergie dans la haute atmosphére par des observations de la luminescence nocturne atmosphérique, Space Res., 5, Proc. 5th int. Space Sci. Sym., Florence, 8-20 May, 1964.Google Scholar
2. Barth, C. A. 1964, Three body reactions, Ann. Géophys., 20, 182.Google Scholar
3. Barth, C. A. 1966, Nitric Oxide in the upper atmosphere, Ann. Géophys., 22, 198.Google Scholar
4. Bates, D. R. 1964, Chemical reactions contributing to the nightglow, Discussions of the Faraday Society, No. 37, 21.Google Scholar
5. Batey, P. H., Court, G. R., Sayers, J. 1965, Afterglow measurements of the rate coefficients for the reactions O+ + O2 + O and O+ + N2 → NO+ + N, Planet. Space Sci., 13, 911.Google Scholar
6. Dalgarno, A. 1964, Corpuscular radiation in the upper atmosphere, Ann. Géophys., 20, 65.Google Scholar
7. DeMore, W. B., Raper, O. F. 1964, Deactivation of O(1D) in the atmosphere, Astrophys. J., 139, 1381.Google Scholar
8. Desesquelles, J., Do Cao, G., Dufay, M. 1966, Etude de l'ionization de quelques gas par des ions accélérés , C. r. Acad. Sci., Paris, 262, 1329.Google Scholar
9. Donahue, T. M. 1966, Ionospheric .reaction rates in the light of recent measurements in the ionosphere and the laboratory, Planet, Space Sci., 14, 33.Google Scholar
10. Donahue, T. M. 1967, The sodium airglow, International Dictionary of Geophysics, Pergamon.Google Scholar
11. Dufay, M., Druetta, M., Eidelsberg, M. 1965, Sur la luminescence de l'oxygéne excitée par choc de particules accélérées sous 500 keV, C. r. Acad. Sci., Paris, 260, 1123.Google Scholar
12. Dufay, M., Druetta, M., Eidelsburg, M. 1965, Sur l'exdtation de l'azote et de l'oxygéne par ions accélérés, C. r. Acad. Sci., Paris, 261, 1635.Google Scholar
13. Dufay, M., Druetta, M., Eidelsberg, M. 1965, Sur la luminescence de l'azote excitée par choc de particules accélérées sous 500 keV, C. r. Acad. Sci., Paris, 260, 1901.Google Scholar
14. Dufay, M., Desesquelles, J., Druetta, M., Eidelsberg, M. Relatif à Pensemble des expériences sur l'excitation des spectres de 1'oxgéne et de l'azote, Ann. Géophys,, in press.Google Scholar
15. Fehsenfeld, F. C, Schmeltekopf, A. L., Ferguson, E. E. 1965, Some measured rates for oxygen and nitrogen ion-molecule reactions at atmospheric importance, including O+ + N2 → NO+ + N, Planet. Space Sci., 13, 219.Google Scholar
16. Fehsenfeld, F. C, Goldan, P. D., Schmeltekopf, A. L., Ferguson, E. E. 1965, Laboratory measurement of the rate of the reaction O+ + O2 + O at thermal energy, Planet. Space Sci., 13, 579.Google Scholar
17. Fite, W. L. 1964, Charge transfer and ion-atom interchange collisions above thermal energies, Ann. Géophys., 20, 47.Google Scholar
18. Hunten, D. M., McElroy, M. B. 1966, Quenching of metastable states of atomic and molecular oxygen and nitrogen, Rev. Geophys., 4, 303.Google Scholar
19. Megill, L. R., Carleton, N. P. 1964, Excitation by local electric fields in the aurora and airglow, J. geophys. Res,, 69, 101.Google Scholar
20. Megill, L. R., Cahn, J. H. 1964, The calculation of electron energy distribution functions in the ionosphere, J. geophys. Res., 69, 5041.Google Scholar
21. Nathan, K. V. S. K, 1966, Particle heating effects in the upper F-region, Planet. Space Sci., 14, 717.Google Scholar
22. Nichols, R. W. 1964. Transition probabilities of aeromically important spectra, Ann. Géophys,, 20, 144.Google Scholar
23. Ogawa, T., Tohmatsu, T. 1966, Photoelectronic processes in the upper atmosphere, II. The hydrogen and helium ultraviolet glow as an origin of the night-time ionosphere, Rep. Ionosph. Space Res. Japan, 20, 395.Google Scholar
24. Paulson, J. F. 1964, Low energy charge exchange and ion-molecule reactions, Ann. Géophys., 20, 75.Google Scholar
25. Poulizac, M.-C., Desesquelles, J., Dufay, M. Sur l'excitation de 1'oxyde de car bone par chocs protoniques, C. r. Acad. Sci., Paris, in press.Google Scholar
26. Prag, A. B., Morse, Fred A., McNeal, R. J. 1966, Nightglow excitation and maintenance of the nighttime ionosphere by low-energy protons, J. geophys. Res., 71, 3141.Google Scholar
27. Schiff, H. I., Megill, L. R. 1964, The influence of metastable oxygen molecules on ozone and airglow, J. geophys. Res., 69, 5120,Google Scholar
28. Swider, W. Jr., 1965, A study of the nighttime ionosphere and its reaction rates, J. geophys. Res., 70, 4859.Google Scholar
29. Thomas, L., Norton, R. B. 1966, Possible importance of internal excitation in ion-molecule reactions in the F-region, J. geophys. Res., 71, 227.Google Scholar
30. Young, R. A., Black, G. 1966, Excitation of the auroral green line in the Earth's nightglow, Planet. Space Sci., 14, 113.Google Scholar
31. Pertinent papers by Soviet authors: Shefov's list, no. 43, 44, 45, 46.Google Scholar
1. Broadfoot, L., Hunten, D. M. 1966, emission in twilight, Planet. Space Sci., 14, 1303.Google Scholar
2. Dalgarno, A., Latimer, I. D., McConkey, J. W. 1965, Corpuscular bombardment and radiation, Planet. Space Sci., 13, 1008.Google Scholar
3. Dalgarno, A., McElroy, M. B. 1966, Twilight effects of solar ionizing radiation, Planet. Space Sci. 14, 1321.Google Scholar
4. O'Brien, B. J., Allum, F. R., Goldwire, H. C. 1965, Rocket measurement of midlatitude airglow and particle precipitation, j. geophys. Res., 70, 161.Google Scholar
5. Yano, Kyo 1966, ions in the nocturnal upper atmosphere at middle latitudes, Planet. Space Sci.. 14, 709.Google Scholar
1. Huruhata, M. 1965, Correlation between the OH radiation in the night airglow and the height of the IO-millibar surface, j, geophys. Res., 70, 4927.Google Scholar
2. Huu-Doan, Nguyen 1963, Temperature de rotation des bandes (9–3) et (6–1) de la molecule OH, C. r. Acad. Sci., Paris, 256, 245.Google Scholar
3. Noxon, J. F. 1964, The latitude dependence of OH rotational temperature in the night airglow, J. geophys. Res., 69, 4087.Google Scholar
4. Stair, A. T. Jr.., Kennealy, J. P., Stewart, S. P. 1965, Observation of the △v= 1 sequence of OH produced in the H + O3 reaction, Planet. Space Sci., 13, 1005.Google Scholar
5. Wolstencroft, R. D., Brandt, J. C, Rose, L. J. 1966, Anomalous brightness of the post-twilight evening sky in the near infra-red, Planet. Space sci., 14, 445.Google Scholar
6. Pertinent papers by Soviet authors: Shefov's list, no. 1, 2, 3, 4, 6, 8, 9, 10, 11, 12, 14.Google Scholar
1. Fymat, A. L., Venketeswaran, S. V. 1965, The Doppler temperatures obtained from the 6300Å line of atomic oxygen in the airglow, Ann. Géophys., 21, 443.Google Scholar
2. Hernandez, G. J., Turtte, J. P. 1965, Nightglow 5577Å [O 1] line kinetic temperatures, Planet. Space Sci,, 13, 901.Google Scholar
3. Hilliard, R. L., Shepherd, G. G. 1966, Upper atmospheric temperatures from Doppler line widths, IV. A detailed study using the [O 1] 5577Å auroral and nightglow emission, Planet. Space Sci., 14, 383.Google Scholar
4. Jarrett, A. H., Hoey, M. J., Paffrath, L. 1964, Observations of the 6300Å O 1 emission of the nightglow with a pressure scanning Fabry-Perot interferometer, Planet. Space Sci., 12, 591.Google Scholar
5. Jarrett, A. H., Hoey, M. J. 1965, Temperature determinations of the Earth's upper atmosphere by optical methods, Proc. R. Soc. London, Ser. A 288, 510.Google Scholar
6. Jarrett, A. H,, Hoey, M. J. 1966, Observations of the 6300Å O 1 nightglow emission, J. atmos. terr. Phys., 28, 175.Google Scholar
1. Best, G. T. 1965, A new use of the van Rhijn formula for airglow measurements, Planet Space Sci, 13, 855.Google Scholar
2. Blacker, H. V., Gadsden, M. 1966, On the calibration of airglow photometers, Planet. Space Sci., 14, 921.Google Scholar
3. Chiplonkar, M. W., Agashe, V. V., Tillu, A. D. 1966, Heights of the airglow emission layers at Poona, Indian J. Meteorology Geophys., 17, 95.Google Scholar
4. Dumont, R. 1965, Séparation des composantes atmosphérique, interplanétaire et stellaire du ciel nocturne à 5000Å A. Application a la photométrie de la lumiére zodiacale et du gegenschein, Ann. Astrophys., 28, 265.Google Scholar
5. Kulkarni, P. V., Sanders, C. L. 1964, Use of a radioactivated light source for the absolute calibration of two-colour night airglow photometer, Planet. Space Sci., 12, 189.Google Scholar
6. Wolff, M. M. 1966, A new attack on height measurement of the nightglow by ground triangulation, J. geophys. Res., 71, 2743.Google Scholar
7. Wolff, M. M., Garmil, J. Summary: Measurements have been made of the height of the 5577Å nightglow layer using a new method of ground-based triangulation. The theory of the method is discussed and results compared with other methods. Average height obtained was 97 ± 3 kilometers, in preparation.Google Scholar
8. Pertinent papers by Soviet authors: Shefov's list, no. 26, 28.Google Scholar
1. Gillett, F. C, Huch, W. F., Ney, E. P., Cooper, G. 1964, Photographic observations of the airglow layer, J, geophys. Res., 69, 2827.Google Scholar
2. Gulledge, I. S., Packer, D. M., Tilford, S. G. 1966, Rocket measurements of the high altitude [O 1] 5577Å and 6300Å night airglow, Trans. Am. geophys. Un., 47, 74.Google Scholar
3. Hennes, J. P. 1966, Measurement of the ultraviolet nightglow spectrum, J. geophys. Res., 71, 763.Google Scholar
4. Hennes, J. P., Dunkelman, L. 1966, Photographic observations of nightglow from rockets, J. geopkys. Res., 71, 755.Google Scholar
5. Huruhata, M, Nakamura, T., Tanabe, H. 1966, Rocket observations of emitting height of 6300A oxygen line in night airglow, Rep. Ionosph. Space Res. Japan, 20, 223.Google Scholar
6. NASA. Results of the first U.S. manned orbital space flight (20 February 1962). Appendix C, pp. 195198, Description of the MA-6 Astronomical, Meteorological and Terrestrial Observations by John H. Glenn, Jr. Appendix D, pp. 199204, Preliminary report on the results of the MA-6 flight in the field of space science by John A. O'Keefe.Google Scholar
7. NASA SP—6. Results of the second U.S. manned orbital space flight (24 May 1962). Chapter 4, pp. 3542, Space Science Report by John A. O'Keefe. Chapter 7, pp. 6975, Pilot's flight report by Carpenter, M. Scott.Google Scholar
8. NASA SP-I2. Results of the third U.S. manned orbital space flight (3 October 1962). Chapter 4, pp. 3748, Pilot's flight report by Walter M., Schirra Jr.,Google Scholar
9. NASA SP-45. Mercury project summary including results of the fourth manned orbital flight (15–16 May 1963). Chapter 19, pp. 327–347, Observations of space phenomena by O'Keefe, John A., Dunkelman, L., Soules, S. D. and P. D., Lowman Jr., Chapter 20, pp. 340358, Astronaut's summary flight report by L. Gordon, Cooper.Google Scholar
10. NASA. Manned Space Flight Experiments Symposium, Gemini Missions 3 and 4 (18–19 October 1965). Chapter 1, pp. 118, Geo-astronomical observations by L., Dunkelman, Gill, J. R., McDivitt, J. A., Roach, F. E., and E. H., White II. Gemini 3 — Gemini 4–3–7 June 1965.Google Scholar
11. NASA SP-121. Gemini Midprogram Conference (23–25 February 1966). (32) Geoastronomical observations, pp. 315323, by Roach, F. E., Dunkelman, L., Gill, J. R., Mercer, R. D.. (33) Dim light photography, pp. 325-328, by Dunkelman, L., and Mercer, R. D..Google Scholar
12. NASA report dated 1 November 1966. Interim report, Gemini 9 mission. Experiment S-I Zodiacal light photography by Ney, E. P. and Huch, W. F, pp. 1–6. Experiment S-II Airglow horizon photography by Koomen, M. J. and Seal, R. T. Jr. Google Scholar
13. O'Brien, B. J., AUum, F. R., Goldwire, H. C. 1965. Rocket measurements of midlatitude airglow and particle precipitation, J. geophys. Res., 70, 161.Google Scholar
14. Reed, E. I., Blamont, J. R. 1966, Some results concerning the principal airglow lines as measured from the OGO-II satellite, NASA X-613-66-190.Google Scholar
15. Stecher, Th. P. 1965, The spectral energy distribution of the Earth's ultraviolet night airglow, J. geophys. Res., 70, 2209.Google Scholar
1. Gadsden, M. 1967, Twilight observations (Review paper with 22 references to papers in this field since 1964), Aurora and Airglow, Reinhold, p. 109.Google Scholar
2. Hunten, D. M. 1967, Spectroscopic studies of the twilight airglow (Review paper with 60 references to papers in this field and dayglow since 1964), Space Sci. Rev., 6, 493.Google Scholar
3. Pertinent papers by Soviet authors: Shefov's list, no. 38, 39, 40, 41, 42, 43.Google Scholar

References

Sbornik in the references is for ‘Aurorae and Airglow', series ‘Results of IGY\ Publishing House NAUKA of the U.S.S.R. Academy of Sciences. Letters refer to general bibliography, above, pages 415 to 422.

1. (I) Fishkova, L. M., Marzvaladze, N. M, 1966, Some results of the upper atmosphere hydroxyl emission according to the observations in Abastumani. Sbornik, no. 13, 24.Google Scholar
2. (I) Shefov, N. N, 1966, Some properties of the hydroxyl emission. Sbornik, no. 13, 21.Google Scholar
3. (I) Sidorov, V. N. Some results of the observations of the hydroxyl emission during IQSY. Sbornik, no. 18, in press.Google Scholar
4. (I) Kuzmin, A. I., Krivoshapkin, P. A., Chirkov, N. P., Yarin, V. I. 1963, Investigations of the atmospheric temperature above Yakutsk. Report to the XIIIth IQSY Assemblee, Berkeley.Google Scholar
5. Kuzmin, A. I. 1964, Variations of the high energy cosmic rays. Publishing House, 'NAUKA', Moscow.Google Scholar
6. (I) Yarin, V. I. Connection of the hydroxyl emission with the meteorological conditions above Yakutsk. Sbornik, no. 18, in press.Google Scholar
7. (A) Shefov, N. N. 1965, The upper atmosphere emissions and the noctilucent clouds. Sbornik, no. 11, 48.Google Scholar
8. (I) Shefov, N. N. 1966, OH emission and noctilucent clouds. Proc. Intern. Conference on Noctilucent Clouds, Tallin.Google Scholar
9. (I) Shefov, N. N. OH variations during the occurrences of the noctilucent clouds. Sbornik, no. 18, in press.Google Scholar
10. (I) Taranova, O. G. 1966, Studies of the spatial and temporal properties of the hydroxyl emission. Sbornik, no. 13, 10.Google Scholar
1l. (I) Fedorova, N. I. 1966, Hydroxyl emission at the high iatitudes. Sbornik, no. 13, 14.Google Scholar
12. (I) Taranova, O. G., Toroshelidze, T. I. On the measurements of the hydroxyl emission in twilight. Sbornik, no. 18, in press.Google Scholar
13. (A) Krassovsky, V. I., Shefov, N. N. 1965, Airglow, Space Sci. Rev., 4, 176.Google Scholar
14. (I) Taranova, O. G. Connection between the hydroxyl and molecular oxygen emissions. Sbornik, no. 18, in press.Google Scholar
15. (A) Shefov, N, X. 1965, Correlations between the upper atmosphere emissions. Sbornik, no. II, 43.Google Scholar
16. (A) Korobeynikova, M. P., Nasirov, G. A., Khamidulina, V. G. 1966, The nightglow emission λ 5577Å. Tables and isophote maps. Serie ‘Results of IQSY', Publishing House, VINITI, Moscow.Google Scholar
17. (E) Truttse, Yu. L. 1965, The spatial variations of the oxygen lines intensities. Sbornik, no. 11, 52.Google Scholar
18. (E) Nasirov, G. A. 1966, The peculiarities of the spatial pattern structure of the atomic oxygen emission λ 5577Å in the nightglow. Sbornik, no. 13, 5.Google Scholar
19. (E) Korobeynikova, M. P., Nasirov, G. A., Khamidulina, V. G. Intensity variations and dynamical characteristics of the spatial patches of the emission λ 5 577Å. Sbornik, no. 18, in press.Google Scholar
20. (E) Kalchaev, K. K., Korobeynikova, M. P., Nasirov, G. A., Khamidulina,, V. G. Search of the rapid spatial variations of the intensity of the oxygen green line. Sbornik, no. 18, in press.Google Scholar
21. (E) Truttse, Yu. L. 1963, Connection between the pattern structures of the green and red emissions of the atomic oxygen in the nightglow. Astr. Cirk., U.S.S.R., no. 258, 1.Google Scholar
22. (E) Truttse, Yu. L. 1964, Connection between green and red oxygen emission patches. Planet. Space Sci., 12, 725.Google Scholar
23. (B) Krassovsky, V. I., Truttse, Yu. L., Shefov, N. N. 1965, On the mechanism of main- tenance of the nocturnal ionosphere. Space Res., 5, North-Holland Publishing Company, Amsterdam, 4348.Google Scholar
24. (A) Nasirov, G. A. 1964, On the continuum in the nightglow. Geomag. Aeronom., U.S.S.R., 4, 1118.Google Scholar
25. (E) Truttse, Yu. L. 1965, The spectral variations of the nightglow continuum. Sbornik, no. 11,6.Google Scholar
26. (K) Migulin, A. V. 1965, On the separation of the nightglow continuum components. Sbornik, no. 11, 20.Google Scholar
27. (A) Gindilis, L. M. 1965, The absolute measurements of the nightglow continuum. Sbornik, no. 11, 26.Google Scholar
28. (K) Taranova, O. G. 1965, On the statistical treatment of the photoelectric measurements with the filters. Sbornik, no. 11, 35.Google Scholar
29. (E) Nasirov, G. A. 1966, Spatial variations of the nightglow in the region λ 5893Å. Sbornik, no. 13, 8.Google Scholar
30. (E) Fishkova, L. M., 1962, Intensity variations and spatial distribution of the λ 6563Å emission, Abastumansk. astrofiz. Obs. Bjull., no. 29, 77,Google Scholar
31. (F) Fishkova, L. M., Marzvaladze, N. M. 1966. On the Hα-emission variations and on the hydrogen distribution in the upper atmosphere and geocorona. Sbornik, no. 13, 38,Google Scholar
32. (F) Fishkova, L. M., Marzvaladze, N. M. 1963, On the hydrogen distribution in the upper atmosphere and geocorona. Astr. Cirk., U.S.S.R., no, 253, 1.Google Scholar
33. (F) Shcheglov, P. V. 1963, On the concentration of nightglow Hα-emission to the ecliptic and the radial velocities of this line. Astr. Cirk., U.S.S.R., no. 237, 1.Google Scholar
34. (F) Shcheglov, P. V. 1963, Concentration of nightglow Hα-emission to the ecliptic and the radial velocities of this line. Nature, 199, 990.Google Scholar
35. (F) Shcheglov, P. V. 1963, The flat hydrogen cloud around the Earth. Priroda, Moskva, no. 8, 85.Google Scholar
36. (F) Shcheglov, P. V. 1964, Concentration of nightglow Hα-emission to the ecliptic and the radial velocities of this line. Astr. Zu., 41, 371.Google Scholar
37. (F) Krassovsky, V. I, Shefov, N. N., Vaisberg, O. L, 1966, Atomic hydrogen and helium in the airglow. Ann. Géophys., 22, 208.Google Scholar
38. (M) Shefov, N. N. 1966, Statistical properties of the helium emission. Sbornik, no. 13. 35.Google Scholar
39. (M) Fedorova, N. I. 1966, The twilight helium emission at the high latitudes. Sbornik no. 13, 30.Google Scholar
40. (M) Taranova, O. G. 1966, On the'diurnal variations of the helium emission. Sbornik no. 13, 27.Google Scholar
41. (M) Shefov, N. N. 1963, Helium in the upper atmosphere. Planet. Space Sci., no.10, 73.Google Scholar
42. (M) Shefov, N. N. 1963, The behaviour of the helium λ 10830Å emission in Sbornik, no. 10, 56.Google Scholar
43. (G) Krassuvsky, V. I., Shefov, N, N. 1964, Fast photoelectrons and helium emission in the upper atmosphere. Planet. Space Sci., 12, 91.Google Scholar
44. (G) Krassovsky, V. L, Shefov, N. N. 1965, On the mechanism of production of meta-stable orthohelium atoms in the upper atmosphere. Space Res., 5, North-Holland Publishing Company, Amsterdam, 822825.Google Scholar
45. (G) Shefov, N, N. 1965, The rare gas emissions in the airglow and aurora. Sbornik, no. 11, 65.Google Scholar
46. (G) Galperin, Yu. I., Sobelman, I. I. 1965, On the possible role of the metastable states of argon and neon in the auroral afterglow processes. Geomagn. Aeronotn., U.S.S.R., 5, 729.Google Scholar
47. (N) Yashchenko, I. A. 1965, The relative intensities of the auroral emissions in the visual spectrum. Sbornik, no. 11, 70.Google Scholar
48. (N) Shouyskaya, F. K. 1966, Relative populations of the upper vibrational levels in the 2 PG N2 bands in the aurorae at different latitudes. Sbornik, no. 13, 48.Google Scholar
49. (N) Yurchenko, O. T. Absolute intensities of aurorae in Zvenigorod. Sbornik, no. 18, in press.Google Scholar
50. (N) Vaisberg, O. L., Shuyskaya, F. K. 1964, Ions N2 + density in the high rays in aurora. Geomagn. Aeronom., U.S.S.R., 4, 785.Google Scholar
51. (N) Fedorova, N. I. Emission height distributions in the low auroral form at the high latitudes. Sbornik, no. 18, in press.Google Scholar
52. (N) Krassovsky, V. I. 1964, Polar auroras. Space Sci. Rev., 3, 233.Google Scholar
53. (N) Krassovsky, V. I. 1965, Problems relating to the power of aurorae. Space Res., 5, North-Holland Publishing Company, Amsterdam, 71—76.Google Scholar
54. (N) Shouyskaya, F. K. 1966, Observations of the aurora on 11 February 1958 at Roshchino, Leningrad. Sbornik, no. 13, 51.Google Scholar
55. (N) Shefov, N. N. Spectral properties of the aurora on 11 February 1958. Sbornik, no. 18, in press.Google Scholar
56. (N) Vaisberg, O. L. 1966, Pitch-angle and energy proton distribution in the aurorae. Sbornik, no. 13, 42.Google Scholar
57. (A) Tarasova, T, M., Slepova, V. A. 1964, Intensity height distribution of the principal emission of the nightglow. Geomagn. Aeronom., U.S.S.R., 4, 321.Google Scholar
58. (A) Tarasova, T. M. 1966, Nightglow in the region λ 6300Å. Kosmičeskie Issledovanja, 4, no. 2, 242248.Google Scholar