Non-force electromagnetic fi elds in nature and experiments on earth: Part 2
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Chandrasekhar S. On force-free magnetic fi elds. Proceedings of the National Academy of Sciences of the United States of America. 1956; 42: 1–5.
PubMed: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC534220/
2. Van Vleuten A. Over de dagelijsche variatie van het Ardmagnetisme. Koninklijk Ned. Meteor. Instit. No. 102, Utrecht. 1917; 5–30.
3. Benkova NP. Solar Diurnal variations of Terrestrial Magnetism. The Hydrometerological service of USSR Transactions of Scientifi c Institutions.
Terrestrial Magnetism. Series VI. L.-M.: 1941; 75.
4. Aksenov VV. Toroidal fi eld in the Earth’s atmosphere. Novosibirsk. Russian Academy of Sciences Siberian Branch. 1997; 133.
5. Parker EN. Cosmical Magnetic Fields. Clarendon Press Oxford. 1997; 1: 608; 2.
6. Moff at HK. Generation of magnetic fi eld in conducting medium. Cambridge University Press. 1978; 339.
7. Aksenov VV. On three Kinds of Electrodynamics on the Earth and in Space. The Way of Science. 2017; 7: 8–15.
8. Larmor J. How could a rotating body such as the Sun become a magnet. Rep Brit Assoc SCI. 1919; 60 –159.
9. Aksenov VV. The Toroidal Decomposition of the Vector Potential of a Magnetic Field and its Applications. Moscow University Physics Bulletin Physics
of Earth, Atmosphere and Hydrosphere. 2015; 70: 558–565.
10. Aksenov VV. The Earth’s Electromagnetic Field. – Novosibirsk. Inst. Of Math and Math. Geophysics. 2010; 268.
11. Aksenov VV. On mutual generation of magnetic fi elds in tokamaks and its suppression. Russian Phy J. 2018; 61: 171-172.
12. Aksenov VV. Non-Force and Force Electromagnetic Fields. Russian Phy J. 2016; 59: 319-327.
Aksenov VV. Adaptation of Maxwell-Parker-Moff at Electrodynamics to Electromagnetic Fields Observed in the Earth’s Atmosphere. Russian Phy J.
2017; 60: 389-398.
14. Stratton J. Ad. Electromagnetic Theory. Mc. Graw-Hill Book Company. New York and London. 1941; 539.
15. Marsh GE. Force-Free Magnetic Fields: Solution, Topology and Applications. Singapore: World Scientifi c Publishing Go. PTL. Ltd. 1966; 157.
16. Cowling TG. Mgnetohydrodynamics. John Willey and Sons. New York. 1957; 139.
17. Yak Z, Rusmikin A, Socoloff D. Magnetic fi eld in astrophysics. Gordon and Breach, New York. 1983; 483.
18. Alfven H. Cosmical Electrodynamics. Oxford: University Press. 1950; 240.
Korn GA, Korn TM. Mathematical Handbook for Scientist and Engineers Defi nitions, Theorems and Formulas for Reference and Review. McGaw-Hill
Book Company, INC, New York Toronto London. 1961; 720.
20. Tikhonov AN, Samarsky AA. Equations of Mathematical Physics. M.: Nauka. 1972; 735.
21. Gauss KF. Allgemaine Theorie des Erdmagnetismus. Werke. 1838-1839; T5, S. 119.
22. Gauss KF. Allgemaine Lehrsatze in Beziehungauf die in verkehrten verhaltnisse des Quadrats der Entferung wirkenden Anziehung und
Abstossungkrafte. Werke. 1839-1840; T.4, S. 195.
23. Schmidt A. Besitzt die tagliche erdmagnetische Schwankung in der Erdoberfl ache ein Potential. Physik. Zeitschrift. 1918; 19: 349–355.
24. Aksenov VV. On Some Solenoidal Vector Fields in Spherical Domains. Diff erential Equations. 2012; 48: 1042 – 1045.
25. Aksenov VV. On Methodology and Methods of Applied Geomagnetism. Geology and Rasvedka. 2016; 50–55.
26. Parkinson WD. Introduction to Geomagnetism. Scottish Academic Press. Edinburg and London. 1983; 520.
27. Yanovsky BM. Telluric Magnetism. Leningrad: GITTL. 1978; 591.
28. Gauss RF. Isbrannie trudi po semnomu magnetismu. L: Izd AN SSSR. 1952; 343.
29. Chetaev DN. O structure polya korotkoperiodicheskoy geomagnitnoy variazii and magnitotelluricheskom sondirovanii. Physics of the Earth.1970;
52–55.
30. Sokolov DD, Stepanov PA, Frik PG. Dinamo na puti ot astrophisicheskih modeley k laboratornomu experimentu. UFN. 2014. 184: 313–335. PubMed:
31. Aksenov VV. Modeling of a Magnetic Field of Sources Localized within a sphere and beyond. Mathematical Modeling. 2015; 27: 111–126.
32. Aksenov VV. The Foundations of Geomagnetism. Bulletin of the Novosibirsk Computing Center. Series: Mathematical Modeling in Geophysics.
Special Issue: 15. 2012; 100.
33. Stern DP. Representation of magnetic fi eld in Space. Rev. Geophys. 1976; 199 – 214.
34. Tikhonov AN, Arsenin B. Ya. Metody resheniya nekorreknih zadach. Nauka. 1974; 223.
35. Aksenov VV. Ob Istochnike Glavnogo Geomagnitnogo Polya. Part 2. Geologiya and exploration. 2012; 54-60.
36. Moore EH. General analysis. Memoirs Phi Soc. 1935; 1-231.
37. Penrose R. A Generalized inverse for matrices. Proc. Camb. Phil. Soc. 1955; 51: 406–413.
38. Geller RJ, Jackson DD, Kagan YY, Mulagria F. Earthquakes Cannot be Predicted. Science. 1997; 1616–1617.
39. Alekseev AS, Aksenov VV. Ob electricheskom pole v ochagovoi zone zemletryasenii. DAN. 2003; T. 392: 106–110.
40. Aksenov VV. O modelirovanii and assessment electromagnitnih and teplovih polei kak predvestnikov semletryasenii. Geofi sisheskii J. 2003; 25:
20–25.
41. Rabotnov JH, Lomakin EB. Sootnosheniya teorii uprugosti dlya isotropnogo raznomodulnogo tela. AN SSSR. MTT. 1978; 29–34.
42. Lyahovskii VA, Myasnikov BG. O povedenii uprugoi sredi s micro-narusheniyami. Fizika Zemli. 1984; 71–75.
43. Ustundag B, Ozerden S. Erthquake prediction using a new monopolar electric fi eld probe. European Seismological Congress (ESC 2002). Genoa.
2002.
44. Aaronov V, Bohm D. Signifi cance of Electromagnetic Potentials in the Quantum Theory. Phys Rev. 1959; 115: 485–491.
45. Chirkov AG, Ageev AH. O prirode eff ecta Aaronova-Bohma. JTF. 2001; 71: 16–22.
46. Azizov EA. Tokamaks from A.D. Sakharov to nowadays (the 60 year tokamak history). UFN. 2012; 182: 202–215.
47. Dyrdin VV, Elkin IS, Lozhkin KV, Sosnov FS. Magnitnoe pole tokov smeshcheniya. Vestnik of Kuzbass State Technicfl University. 2004; 5: 36–37.
48. Bullard EC. The magnetic Field within the Earth. Proc Roy Soc Lond. 1949; 433–453.
49. Rikitaki T. Electromagnetism i Vnutrennee stroenie Zemli. M.: Nauka. 1968; 236.
50. Aksenov VV. Non-force electromagnetic fi eld. Int J Phy Res Applic. 2020; 20–45