References

Afremov, L. L., and V. I. Belokon (1972), Evidence for the diffusion aftereffect in rocks, Izv. Phys. Solid Earth, Fiz. Zemli (in Russian), 8, (11), 91.

Afremov, L. L., and V. I. Belokon (1976), Remanent magnetization in an ensemble of single-domain grains near a zero anisotropy constant, Izv. Phys. Solid Earth, Fiz. Zemli (in Russian), 12, (11), 111.

Afremov, L. L., and V. I. Belokon (1977), On the calculation of the critical field of single-domain grains, Izv. Phys. Solid Earth, Fiz. Zemli (in Russian), 13, (3), 122.

Afremov, L. L., and V. I. Belokon (1979), On the calculation of the remanent magnetization in a system of single-domain particles, Izv. Phys. Solid Earth, Fiz. Zemli, 15, (4), 122.

Afremov, L. L., and V. I. Belokon (1980a), The effect of mechanical stresses on magnetic states and the critical field of single-domain particles, Izv. Phys. Solid Earth, Fiz. Zemli (in Russian), 16, (2), 101.

Afremov, L. L., and V. I. Belokon (1980b), The effect of mechanical stresses on the processes of remanence acquisition and destruction in a system of single-domain particles, Izv. Phys. Solid Earth, Fiz. Zemli (in Russian), 16, (8), 101.

Afremov, L. L., and P. V. Kharitonsky (1986a), Calculation of the crystallization magnetization for a system of interacting single-domain particles, in: Paleointensity: Physical Principles and Methods of Study (in Russian), p. 3, DVU, Vladivostok.

Afremov, L. L., and P. V. Kharitonsky (1986b), Some properties of the crystallization magnetization in a system of interacting single-domain particles, in: Paleointensity: Physical Principles and Methods of Study (in Russian), p. 11, DVU, Vladivostok.

Afremov, L. L., and A. V. Panov (1996a), Theory of magnetization of two-phase superparamagnetic particles I, Magnetic States, FMM (in Russian), 82, (5), 5.

Afremov, L. L., and A. V. Panov (1996b), Theory of magnetization of two-phase superparamagnetic particles II, Modeling of magnetization processes, FMM (in Russian), 82, (5), 17.

Afremov, L. L., and A. V. Panov (1998a), Modeling the magnetization of an Ensemble of chemically inhomogeneous superparamagnetic titanomagnetite particles, Izv. Phys. Solid Earth (in Russian), 34, 164.

Afremov, L. L., and A. V. Panov (1998b), Magnetic states and hysteresis characteristics of fine magnetite particles, FMM (in Russian), 86, (3), 65.

Afremov, L. L., and A. V. Panov (2004), Remanent Magnetization of Ultradisperse Magnetic Substances (in Russian), 192 pp., DVU, Vladivostok.

Belokon, V. I. (1985), On the relation between some types of remanent magnetization in an ensemble of interacting single-domain particles, Izv. Phys. Solid Earth, Fiz. Zemli (in Russian), 21, (2), 123.

Belokon, V. I, V. V. Kochegura, and L. E. Sholpo (1973), Methods of Paleomagnetic Studies of Rocks (in Russian), 247 pp., Nedra, Leningrad.

Belokon, V. I., and S. V. Semkin (1992), Method of a random field in the Ising model of a diluted ferromagnet, ZhETF (in Russian), 101, (10), 1254.

Belokon, V. I., and S. V. Semkin (1993), Method of a random field in the ferromagnetism theory of binary alloys, ZhETF (in Russian), 104, (5), 3784.

Belokon, V. I., A. S. Kuchma, and I. V. Soppa (1995), Remanence acquisition during chemical transformations accompanied by a change in the Curie point of the reaction products, Izv. Phys. Solid Earth, Fiz. Zemli (in Russian), 31, (11), 84.

Belokon, V. I., and K. V. Nefedev (2001), The distribution function of random interaction fields with concurrent exchange interaction, ZhETF (in Russian), 120, (1(7)), 156.

Belokon, V. I., and K. V. Nefedev (2002), Magnetic phase transitions in amorphous systems with concurrent exchange interaction, Fiz. Tverd. Tela (in Russian), 44, (9), 1632.

Belokon, V. I., and K. V. Nefedev (2004), Inclination error and cluster theory of detrital magnetization, in: Proceedings of the International Seminar "Paleomagnetism and Magnetism of Rocks" (in Russian), p. 69, Kazanskii Universitet, Kazan.

Chandrasekhar, S. (1943), Stochastic problems in physics and astronomy, Rev. Mod. Phys., 15, 1.

Haig, G. (1962), Acquisition of remanence due to chemical alterations, in: Paleomagnetism, edited by G. N. Petrova (in Russian), p. 67, IL, Moscow.

Ivanov, V. A., I. A. Khaburzaniya, and L. E. Sholpo (1981), The Preisach diagram as a tool for the identification of single- and multidomain grains in rock samples, Izv. Phys. Solid Earth, Fiz. Zemli (in Russian), 17, (1), 55.

Ivanov, V. A., and L. E. Sholpo (1982), Numerical criteria of single- and multidomain states in rock minerals, Izv. Phys. Solid Earth, Fiz. Zemli (in Russian), 18, (8), 84.

Khramov, A. N. (1982), Paleomagnetology (in Russian), 312 pp., Nedra, Leningrad.

Nagata, T. (1961), Rock-Magnetism, 190 pp., Maruzen, Tokyo.

Neel, L. (1955), Some theoretical aspects of rock-magnetism, Adv. Phys., 4, (14), 191.

Petrova, G. N. (1961), Laboratory Estimation of the Remanence Stability in Rocks (in Russian), 96 pp., AN SSSR, Moscow.

Shashkanov, V. A., A. I. Novoselov, and A. V. Smirnov (1989), Mechanisms of detrital magnetization acquisition by magnetite-bearing sedimentary rocks, Izv. Phys. Solid Earth, Fiz. Zemli (in Russian), 25, (8), 45.

Shashkanov, V. A., E. V. Isupova, and P. V. Dubrovin (2003), Elimination of the inclination error in the detrital magnetization of sedimentary rocks, Izv. Phys. Solid Earth, 39, 749.

Shcherbakov, V. P. (1979), On the susceptibility of interacting superparamagnetic grains, Fiz. Tverd. Tela (in Russian), 48, (6), 1134.

Sholpo, L. E. (1977), Application of Rock Magnetism to Geological Problems (in Russian), 97 pp., Nedra, Leningrad.


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