Source: http://journals.uran.ua/geofizicheskiy/article/view/111305
Timestamp: 2019-04-19 04:33:30+00:00

Document:
1300 monthly series of continuous tiltmeter and gravimetric observations have been processed on 25 earth tide stations of Ukraine. High-precision regional parameters and of the main tidal waves, Love’s numbers and , differences of amplitude factors of diurnal tidal waves O1 and K1 have been received, which characterize the real physical properties and condition of the Earth’s core and promote a choice or construction of its most reliable model.
Aksent'eva Z. N., 1948. Results of 11 years of observations (from 1930 to 1941) on the fluctuations plummet in Poltava. Proceedings Poltav. Gravimeter. Observatory. Vol. 2. Kiev: Publ. House of the USSR Academy, P. 121—128 (in Russian).
Aksent'eva Z. N, Balenko V. G., Bulatsen V. G., 2002. Observations of variations of the vertical component of gravity on the territory of Ukraine in 1955—1997. Kinematika i fizika nebesnyih tel 18(3), 195—204 (in Ukrainian).
Aksent'eva Z. N., Bulatsen V. G., Tokar V. I., 1970. On reprocessing the 11-year series of observations (1930—1944) above the fluctuations plummet in Poltava. Vraschenie i prilivnyie deformatsii Zemli (is. 2), 3—8 (in Russian).
Aksent'eva Z. N., Chuprunova O. V., 1970. First results tiltmetric of observations in the Carpathian basin boundary. Vraschenie i prilivnye deformatsii Zemli (is. 1), 280—283 (in Russian).
Balenko V. G., 1980. Research tilt of Earth's surface profile Kiev—Artemovsk. Kiev: Naukova Dumka, 173 p. (in Russian).
Balenko V. G., 1981. Effect of topography in tidal stations on the slopes profile Kiev Artemovsk. Vraschenie i prilivnye deformatsii Zemli (is. 13), 3—10 (in Russian).
Balenko V. G., Bulatsen V. G., Novikova A. N., 1983. Tidal changes of gravity in Poltava of 1980—1981. Vraschenie i prilivnye deformatsii Zemli (is. 15), 3—11 (in Russian).
Balenko V. G., Bulatsen V. G., Dychko I.A., et al., 1987. Observation of tidal gravity changes Simeis. Науч. информ. Вып. 62. Астросовет АН СССР. P. 3—6 (in Russian).
Balenko V. G., Kutny A. M., Novikova A. N., 1979. Tiltmetric observations in Carlo-Libknehtovske for program study the effect of the cavity. Vraschenie i prilivnye deformatsii Zemli (is.11), 18—23 (in Russian).
Balenko V. G., Kutny A. M., Novikova A. N., 1975. The results of observations of tidal tilts at the station «Pokrovskaya Bagachka». Vraschenie i prilivnye deformatsii Zemli (is. 7), 15—21 (in Russian).
Balenko V. G., Kutny A. M., Novikova A. N., 1970. The results of observations of tidal tilts at the station «Shevchenkovo» Karlov district, Poltava region. Vraschenie i prilivnye deformatsii Zemli (is. 2), 41—56 (in Russian).
Balenko V. G., Kutny A. M., Novikova A. N., 1970. Results tiltmetric observations in the Kiev-Pechersk Lavra in 1964—1966. Vraschenie i prilivnyie deformatsii Zemli (is. 1), 249—264 (in Russian).
Balenko V. G., Kutny A. M., Novikova A. N., 1978. Results tiltmetric observations at the station «Berezovaya Rudka». Vraschenie i prilivnyie deformatsii Zemli (is. 10), 14—22 (in Russian).
Balenko V. G., Kutny A. M., Novikova A. N., 1972. The results of observations of tidal tilts at the station «Katerinovka». Vraschenie i prilivnye deformatsii Zemli (is. 4), 65—75 (in Russian).
Balenko V. G., Kutny A. M., Novikova A. N., Alexandrov I. M., 1974. Tiltmetric observations in the mine number 1 Mine Group «Artemsol» (Camera 2). Vraschenie i prilivnyie deformatsii Zemli (is. 6), 36—42 (in Russian).
Balenko V. G., Pertsev B. P., 1987. Numbers Definition of Love by results zemnoprilivnyh observations in the region of the Dnieper-Donets depression (DDD). Kinematika i fizika nebesnyih tel 3(3), 45—48 (in Russian).
Bogdan I. Yu., Golubitskiy V.G., Matveev P. S., 1977. Tiltmetric observation station «Peregonovka». Vraschenie i prilivnye deformatsii Zemli (is. 9), 12—15 (in Russian).
Bogdan I. D. Lysenko G. M., Matveev P. S., 1970. Results of harmonic analysis tiltmetric observations in the Great Budyscha. Vraschenie i prilivnye deformatsii Zemli (is.1), 264—280 (in Russian).
Bogdan I. D., Matveev P. S., 1966. Preliminary results tiltmetric observations Darevke. In: Earth tides. Kiev: Naukova Dumka, P. 9—13 (in Russian).
Bogdanov K. T., 1975. Tides of the ocean. Moscow: Nauka, 109 p. (in Russian).
Bulatsen V. G., Bogdan I. Yu., 1978. On the effect of daily weather wave S1 on the results of the harmonic analysis of the 11-year (1930—1941). Tiltmetric number of observations in Poltava. Vraschenie i prilivnye deformatsii Zemli (is. 10), 48—51 (in Russian).
Golubitskiy V. G., Krivonos A. L., Pasynkov G. D., 1984. Tiltmetric observations near Sevastopol. Vraschenie i prilivnye deformatsii Zemli (is. 16), 16—21 (in Russian).
Golubitskiy V. G., Matveev P. S., Bogdan I. Yu., Krivonos A. L., Slavinskaya E. A., 1982. Results of harmonic analysis tiltmetric observations on the point «Peregonovka» for the years 1974—1978. Vraschenie i prilivnye deformatsii Zemli (is. 14), 23—31 (in Russian).
Golubitskiy V. G., Matveev P. S., Bogdan I. Yu., Slavinskaya E. A., 1977. The results of harmonic analysis tiltmetric observations in Hristoforovka. Vraschenie i prilivnye deformatsii Zemli (is.9), 3—12 (in Russian).
Dobrokhotov Yu. S., Lysenko V. I., 1963. Monitoring tidal changes of gravity in Kiev. Izuchenie zemnyih prilivov (3), 40—53 (in Russian).
Dychko I. A., Tokar V. I., 1975. Tilt of Earth's surface in Inkerman. Vraschenie i prilivnye deformatsii Zemli (is. 7), 30—31 (in Russian).
Korba P. S., 1973. Tidal variations of gravity in Bakhchisarai in 1968—1971. Vraschenie i prilivnye deformatsii Zemli (is. 5), 16—23 (in Russian).
Korba P. S., 1970. Tidal variations of gravity in Simferopol in 1964—1966. Vraschenie i prilivnye deformatsii Zemli (is. 1), 199—206 (in Russian).
Korba P. S., Korba S. N., 1970. Tidal changes of gravity in Yalta 1966—1968. Vraschenie i prilivnye deformatsii Zemli (is. 2) (in Russian).
Kryvonos A. L., Golubitskiy V. G., Matveev P. S., Slavinskaya E. A., 1985. Results of harmonic analysis tiltmetric observations zemnoprilivnom paragraph «Kirov». In: Tides and the Earth's rotation. Kiev: Naukova Dumka, P. 3—17 (in Russian).
Kryvonos A. L., Matveev P. S., Golubitskiy V. G., 1992. Defining the parameters of the most important zemnoprilivnyh waves at points «Visichi» and «Peregonovka-2». In: Rotation and deformation of the Earth. Kiev: Naukova Dumka, P. 130—138 (in Russian).
Kutny A. M., 1974. Effect of meridional faults on tidal tilts. Vraschenie i prilivnye deformatsii Zemli (is. 6), 88—92 (in Russian).
Kutny A. M., Babich T. M., 2010. Improve the accuracy of the resonant effects of the liquid core of the Earth to earth tides. Geofizicheskiy zhurnal 32(3), 140—142 (in Ukrainian).
Kutny A. M., Pavlik V. G., Babich T. M., 2013. Modeling and separate exception disturbances zemnopriplivnih observations. Geofizicheskiy zhurnal 35(2), 157—162 (in Ukrainian).
Latynina L. A., 1985. Results ekstenzometricheskih research in geodynamics: Dr. phys. and math. sci. diss. Abstract. Moscow, 37 p. (in Russian).
Matveyev P. S., 1970. On the possibility of using the results of observations tiltmetric for studies of the structure of the crust. Vraschenie i prilivnye deformatsii Zemli (is. 1), 72—86 (in Russian).
Matveyev P. S., 1970. Separation of diurnal waves Р1, К1, S1. Vraschenie i prilivnye deformatsii Zemli (is. 2), 80—92 (in Russian).
Matveyev P. S., 1972. The results of harmonic analysis tiltmetric observations Shmakova and Ingulets. Vraschenie i prilivnye deformatsii Zemli (is. 4), 105—170 (in Russian).
Matveyev P. S., Bogdan I. D., 1970. Observations on the slopes of the earth's surface profile points in Kherson—Sumy 1964—1967. Vraschenie i prilivnye deformatsii Zemli (is. 2), 8—18 (in Russian).
Matveyev P. S., Bogdan I. D., 1972. Results tiltmetric observations in Darevka. Vraschenie i prilivnye deformatsii Zemli (is. 4), 44—54 (in Russian).
Matveyev P. S., Bogdan I. D., Dubik B. S., Slavinskaya E. A., 1971. Results of harmonic analysis tiltmetric observations Samatoevke and Lihovke. Vraschenie i prilivnye deformatsii Zemli (is. 3), 39—52 (in Russian).
Matveyev P. S., Golubitskiy V. G., et al., 1983. Tiltmetric observations on points «Kirov» and «Visichi». Vraschenie i prilivnye deformatsii Zemli (is. 150), 11—21 (in Russian).
Matveyev P. S., Golubitskiy V. G., et al., 1976. Tiltmetric observation in Hristoforovka. Vraschenie i prilivnye deformatsii Zemli (is. 8), 33—35 (in Russian).
Matveyev P. S., Evtushenko E. I., Vereda V. S., 1976. Tiltmetric surveillance in the area of Harcizskoye. Vraschenie i prilivnye deformatsii Zemli (is. 8), 23—26 (in Russian).
Matveyev P. S., Evtushenko E. I., Pustovitenko V. G., Dubik B. S., 1979. Defining the critical zemnoprilivnyh waves in the slopes of the earth's surface at the point of «Simferopol» according to the observations of 1974—1977. Vraschenie i prilivnye deformatsii Zemli (is. 11), 9—18 (in Russian).
Matveyev P. S., Ostrovskiy A. E., Golubitskiy V. G., Bogdan I. Yu., Dubik B. S., Slavinskaya E. A., 1975. Results of harmonic analysis tiltmetric observations at the station «Sudievka» for 1971—1973. Vraschenie i prilivnye deformatsii Zemli (is. 7), 3—9 (in Russian).
Molodenskiy S. M., 1980. Effect of forced nutation of the Earth on the results of tidal observations. In: Study of earth tides. Moscow: Nauka, 36—41 (in Russian).
Molodenskiy S. M., 1981. Influence of local inhomogeneity of the crust and upper mantle on the slopes prilivnyne the earth's surface. Vraschenie i prilivnye deformatsii Zemli (is. 13), 10—13 (in Russian).
Molodenskiy S. M., 1961. The theory of nutation and subsistence earth tides. In: Terrestrial tides and nutation of the Earth. Moscow: Publ. House of the USSR Academy of Sciences, P. 3—25 (in Russian).
Molodensky M. S., Kramer M. V., 1961. Earth tides and nutation of the Earth. Moscow: Publ. House of the USSR Academy of Sciences, 40 p. (in Russian).
Ostrovskiy A. E., 1961. Tiltmeter photoelectric recording. Izuchenie zemnyih prilivov (2),41—75 (in Russian).
Pariyskiy N. N., Pertsev B. P., 1980. Effect of inertial forces on the observations of tidal gravity changes and slopes. In: Study of earth tides. Moscow: Nauka, 22—35 (in Russian).
Pertsev B. P., 1976. The influence of tidal zones near zemnoprilivnye observation. Izvestiya AN SSSR. Fizika Zemli (1), 13—22 (in Russian).
Pertsev B. P., 1967. Assessing the impact of tides on the earth at points distant from the ocean. In: Terrestrial tides and the internal structure of the Earth. Moscow: Nauka, P. 10—22 (in Russian).
Pertsev B. P., 1963. Separation of diurnal tidal waves К1 and Р1. Izuchenie zemnyih prilivov (3), 88—91 (in Russian).
Pylnik G. P., 1970. Astronomical observations of earth tides. Izvestiya AN SSSR. Fizika Zemli (3), 3—14 (in Russian).
Romanov G. V., 1984. Determination Love number k of laser observations of artificial satellites: Cand. phys. and math. sci. diss. Abstract. Moscow, 14 p. (in Russian).
Sludskiy F. A., 1895. Nutation of the Earth with liquid core. Byulleten obschestva estestvoispyitateley (2), 17—35 (in Russian).
Chuprunova O. V., 1980. Results of harmonic analysis tiltmetric observations in Poltava in 1948—1952. by P. S. Matveyev. Vraschenie i prilivnye deformatsii Zemli (is. 12), 58—62 (in Russian).
Chiaruttini C., 1976. Tidal loading on the Italian peninsula. Geophys. J. Roy. Astron. Soc. 46(3), 773—793.
Dehant V., 1987. Tidal parameters for an inelastic Earth. Phys. Earth Planet. Int. 49, 97—116.
Gilbert F., Dziewonski A. M., 1975. An application of normal mode theory to the retrieval of structural parameters and source mechanisms from seismic spectra. Phil. Trans. Roy. Soc. London A 278(1280), 187—269.
Harrison J. C., 1976. Cavity and topographic effects in tilt and strain measurement. J. Geophys. Res. 81(2), 319—328.
Hough S., 1896. The rotation of an elestic spheroid. Phil. Trans. Roy. Soc. London A 187, 319—344.
Jeffreys H., Vicente R., 1957. The theory of nutation and the variation of latitude. Mon. Not. Roy. Astron. Soc. 117(2), 142—162.
King G. C. P., Bilham R. G., 1973. Tidal tilt measurement in Europe. Nature 243(1), 74—75.
Lecolazet R., Wittlinger G., 1974. Sur l’influence perturbatrice de la deformation der cavites d’observation sur les marees clinometriques. C. R. Acad. Sci. Paris 278, 663—666.
Mathews P. M., Buffett B. A., Shapiro I. I., 1995. Love numbers for diurnal tides: Relation to wobble admittances and resonance expansions. J. Geophys. Res. 100, 9935—9948.
Poincare H., 1910. Sus la precession des corps deformebles. Bull. Astron. 27, 321—356.
Sasao T., Okubo Sh., Saito M., 1977. A simple theory on the dynamical effects of a stratified fluid core upon nutational motion of the Earth. Nutation and the Earth´s rotation. Simp. № 78 Int. Fstron. Union., P. 165—183.
Schwidersky E., 1980. On chorting global ocean tides. Rew. Geophys. Space Phys. 18(1), 243—268.
Venedikov A. P., 1960. Une méthode pour l'analyse des marées terrestres á partir d'enregistrements de longueur arbitaire. Série Géophys. Obs. Roy. de Belg. 71, 463— 485.
Wahr J. M., 1981. Body tides on an elliptical, rotating, elastic, and oceanless Earth. Geophys. J. Roy. Astron. Soc. 64, 677—703.
Wenzel H. G., 1974. The correction of tidal development to ellipsoidal normal. BIM (68), 37—90.

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