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  4. Report of Sub-commission 5 HYDROSTATIC/ISOSTATIC EARTH'S REFERENCE MODELS of IAG Special Commission 1 for the period 1999-2003

Report of Sub-commission 5 HYDROSTATIC/ISOSTATIC EARTH'S REFERENCE MODELS of IAG Special Commission 1 for the period 1999-2003

JGD.
2004;
Volume 1(4), 2004, Number 1(4), 2004
: 75-78
Authors:
  1. Alexander N. Marchenko
1
Department of Geodesy, Institute of Geodesy, Lviv Polytechnic National University
  1. Abrikosov O.A. (2000a) On the stable determination of some Earth's radial density models. Geodynamics, 1(2), 1999. P.11-17
  2. Abrikosov O.A. (2000b) On the determination of the regularization parameter in the variational problem of data processing. Geodynamics, 1(2), 1999. P.59-62.
  3. Abrikosov O.A. (2001) On the computation of the regularization parameter. Geodynamics, 1(3), 2000. •P.13-15.
  4. Avdev S., Kostyanev S., Stoyanov V. (2000) Optimum point model of the Earth gravity field compiled on the basis of absolute gravity values. Geodynamics, 1(2), 1999. P.7-10.
  5. Grafarend E., J. Engels , and P. Varga (2000) The temporal variation of the spherical and Cartesian multipoles of the gravity field: the generalized MacCullagh representation. Journal of Geodesy, Vol. 74, p. 519-530
  6. Lelgemann D„ Marchenko A.N. (2001) The Earth's Mass and the Radial Density Profile Derived from Seismic Data: An Application of Generalized Darwin's Functions. In: "On concepts for modeling the Earth's gravity field" by D. Lelgemann and A.Marchenko. Deutsche Geodätische Kommission bei der Bayerischen Akademie der Wissenschaften, München, Theoretische Geodäsie, Reihe A, Helft Nr. 117,31-51
  7. Marchenko A.N. (1999) Simplest solutions of Clairaut's equation and the Earth's density model. Quo vadis geodesia...? Festschrift for Erik W. Grafarend on the occasion of his 60th birthday. Part 2. Stuttgart University, Department of Geodesy and Geoinfonnatics, Technical Report Nr. 1999.6. P.303-312.
  8. Marchenko A.N. (2000a) Solutions of Clairaut's equation and the piecewise Roche's density model. Astronomical School's Report, 1, No 1, 2000. P.34- 43.
  9. Marchenko A.N. (2000b) Earth’s radial density profiles based on Gauss’ and Roche's distributions. Bolletino di Geodesia e Scienze Affini, Anno L1X, N.3, 2000. P.201-220.
  10. Marchenko A.N. (2000c) Earth's radial density based on Gauss' model. Modern Achievements of Geodetic Science and Industry, Lviv, 2000. P. 18-26.
  11. Marchenko A.N. (2000d) Earth's radial profiles based on Legendre - Laplace law. Geodynamics, 1(2), 1999. P. 1-6.
  12. Marchenko A.N. (2000e) On the representation of planet's gravitational and magnetic fields. Planet's radial density profiles. Astronomical School's Report, 1, No 2, 2000. P. 12-28.
  13. Marchenko A.N. (2000f) On the model and operational approaches to the construction of the Earth’s radial density. Geodynamics, 1(2), 1999. P.54-58.
  14. Marchenko A.N. (2002) On the current estimation of some mechanical and geometrical parameters of the Earth. Astronomical School's Report, vol.2, No 2, 2002, P.102-108
  15. Marchenko A.N. (2003) Non-tidal variations in the Earth's inertia tensor and the corresponding changes of the 3D mass density model. In: Proceedings of the international symposium “Modern Achievements of Geodetic Science and Industry”, Lviv, April, 2003, P. 67-73
  16. Marchenko A.N., Abrikosov O.A. (1999) Evolution of the Earth's principal axes and moments of inertia: The canonical form of solution. Proceedings of 2nd International Symposium "Geodynamics of the Alps-Adria Aea by means of Terrestrial and Satellite Methods", Eds.: K.Colic and H.Moritz, Zagreb, Graz, 1999. P. 177-202