Al'pert, Ya. L. (1972),, Propagation of Electromagnetic Waves and Ionosphere (in Russian), 564 pp., Nauka, Moscow.
Batyr, G. S., and, et al. (1996), On some limitations of the rocket-nuclear technology of neutralization of dangerous space objects, International Conference on Asteroid Danger 96, Inst. of Theoret. Astron., St. Petersburg, Russia.
Belikovich, V. V., and E. A. Benediktov (1969), Radioastronomy method of measurements of the absorption in the ionosphere, Radiophysics (in Russian), 12, (10), 1439.
Belikovich, V. V., and E. A. Benediktov (1973), Frequency dependence of the anomalous absorption of radio waves in the periods of sudden ionospheric disturbances, Radiophysics (in Russian), 16, (10), 1475.
Belikovich, V. V., and E. A. Benediktov, et al. (1964), Determination of the electron concentration vertical profile in the lower ionosphere from the frequency behavior of the absorption, Geomagn. Aeron. (in Russian), 4, (4), 788.
Ching, B. K., and Y. T. Chiu (1973), A phenomenological model of global ionospheric electron density in the E , F1 and F2 regions, J. Atmos. Terr. Phys., 35, (9), 1615.
Chiu, Y. T. (1975), Unimproved phenomenological model of ionospheric density, J. Atmos. Terr. Phys., 37, (9), 1563.
D'Arcy, R. G., and S. A. Colgate (1965), Measurements at the southern magnetic conjugate region of the fission debris from the Starfish nuclear detonation, J. Geophys. Res., 70, (13), 3147.
Dyadichev, V. N., and S. I. Kozlov (1976), Approximate method of calculation of the electron kinetics in the disturbed ionosphere at altitudes above 100 km, Space Res. (in Russian), 14, (4), 565.
Galkin, A. I., and S. I. Kozlov, et al. (1971),, Ionospheric Measurements (in Russian), Nauka, Moscow.
Gdalevich, G. A., and S. I. Kozlov, et al. (1963), Influence of the ionosphere on the determination of the space rocket position, Radiotech. Electron. (in Russian), 8, (6), 942.
Ginzburg, V. L. (1967),, Propagation of Electromagnetic Waves in Plasma (in Russian), 683 pp., Nauka, Moscow.
Glasstone, S., Ed. (1962),, The Effects of Nuclear Weapons, 684 pp., U.S. At. Energy Comm., Washington, D.C.
Gringauz, K. I., Ed. (1966),, Electron Concentration in the Ionosphere and Exosphere (in Russian), 425 pp., Mir, Moscow.
Karzas, W. J., and R. Latter (1965), Detection of the electromagnetic radiation from nuclear explosions in space, Phys. Rev., 137, (5B), 1369.
Kozlov, S. I. (1967), Interpretation of the initial riometer observations on the Waik Island during the high-altitude explosion on 9 July 1962, Space Res. (in Russian), 5, (5), 782.
Kozlov, S. I. (1971), Kinetics of the ions in the night-time ionospheric D region, Space Res. (in Russian), 9, (1), 81.
Kozlov, S. I. (1987a), Kinetics of electrons in the ionospheric D region in the conditions of simultaneous enhancement of the ionization level and the electron gas temperature, Space Res. (in Russian), 25, (1), 157.
Kozlov, S. I. (1987b), Classification of the problems and the main features of the studies of aeronomy of the artificially disturbed ionosphere of the Earth, 15 National Conference on Radio Wave Propagation (in Russian), Nauka, Moscow.
Kozlov, S. I., and A. V. Kudimov (1969), Calculation of the spectral distribution of the x ray energy absorption in the atmosphere of the Earth, Space Res. (in Russian), 7, (1), 143.
Kozlov, S. I., and Yu. P. Raizer (1966), Evaluation of the dissociative recombination coefficient in the lower ionosphere, Space Res. (in Russian), 4, (4), 574.
Kozlov, S. I., and Yu. P. Raizer, et al. (1982), Ion kinetics, minor neutral constituents, and excited species in the D region with an enhanced ionization level I. Formulation of the problem and the general scheme of the processes, Space Res. (in Russian), 20, (6), 881.
Kozlov, S. I., and Yu. P. Raizer, et al. (1988), Specialized aeronomical model for studying of the artificially modified middle atmosphere and lower ionosphere I. Requirements to the model and the main principles of its creation, Space Res. (in Russian), 26, (5), 738.
Kozlov, S. I., and Yu. P. Raizer, et al. (1990), Specialized aeronomical model for studying of the artificially modified middle atmosphere and lower ionosphere II. Comparison of the calculated results to the experimental data, Space Res. (in Russian), 28, (1), 77.
Kravtsov, Yu. A. (1967), Complex rays and complex caustics, Radiophysics (in Russian), 10, (9-10), 1283.
Kravtsov, Yu. A., and Yu. P. Raizer, et al. (1983),, Propagation of Radio Waves Through the Atmosphere of the Earth (in Russian), Radio and Svyaz', Moscow.
Kukhtevich, V. I., and V. P. Mashkovich, Eds. (1979),, Propagation of Ionizing Radiation in the Air (in Russian), 216 pp., Atomizdat, Moscow.
Latter, R., and R. E. Lelevier (1963), Detection of the electromagnetic radiation from nuclear explosions in space, J. Geophys. Res., 68, 1643.
Lobolev, V. M., Ed. (1997a),, Physics of the Nuclear Explosion (in Russian), 1, 528 pp., Nauka, Moscow.
Lobolev, V. M., Ed. (1997b),, Physics of the Nuclear Explosion (in Russian), 2, 256 pp., Nauka, Moscow.
Misura, V. A. (1973), Coordinated many-year radiophysical studies of the ionosphere, near-Earth space and radio wave propagation from space objects, Space Stud. Ukrain (in Russian), 3, 3.
Peterson, A. M. (1967), The effects of nuclear explosions on radio propagation phenomena, in: Progress in Radio Science, p. 1126, URSI, Ghent, Belgium.
Phelps, A. V., and J. L. Pack (1959), Electron collision frequencies in nitrogen and in the lower ionosphere, Phys. Rev. Lett., 3(7), 340.
Semenov, B. I. (1974), Calculation of the electromagnetic wave field scattered by hydrotropic plasma irregularity in the geometric optic approximation, Radiotechnol. Electron. (in Russian), 19, (1), 51.
Semenov, B. I., and V. V. Treckin (2000), Phenomenological model of the hugh-frequency electromagnetic pulse of a space nuclear explosion, Radiotechnol. Electron. (in Russian), 45, (11), 1293.
Simonenko, V. A., and V. V. Treckin, et al. (2000), Technology of nuclear explosion impact on dangerous space objects, International Conference Space Defense of the Earth 2000 (in Russian), Russian Academy of Science, Eupatoria, Ukrain.
Smirnova, N. V., and V. V. Treckin, et al. (1984), Ion kinetics, minor neutral constituents, and excited species in the D region with increased ionization level III. Variations of minor neutral and excited constituents, Space Res. (in Russian), 22, (4), 565.
Vlaskov, V. A., and O. F. Ogloblina (1981), Analytical model of the high-latitude F2 region in electron distribution and physical processes in the polar ionosphere, report (in Russian), Pol. Geophys. Inst., Apatity, Russia.
Vlaskov, V. A., and O. F. Ogloblina, et al. (1983), Ion kinetics, minor neutral constituents, and excited species in the D region with the increased ionization level II. Variations of the ion composition and electron concentration, Space Res. (in Russian), 21, (6), 892.
Zhulin, I. A., Ed. (1964),, Operation "Starfish" (in Russian), 283 pp., Atomizdat, Moscow.
Citation: 2004), Influence of the lower region of the enhanced ionization produced by a space nuclear explosion on radio wave propagation, Int. J. Geomagn. Aeron., 5, GI1005, doi:10.1029/2003GI000053.
Copyright 2004 by the American Geophysical Union (