гравитационное поле Земли | Page 2 | Geodesy and cartography

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Geodesy
Investigation of the variations of the Earth's gravity field by space geodesy data Spesivtsev A.A.	5–9
From the Geoid to the Gео-IK-2: the history and development prospects of space geodetic complexes Glushkov V.V.	22–29
Technology of determination of parameters of a gravitational field of Earth on gradiometric measurements. 4. Computational of components of tenzor gradient of gravitational potential Kluykov A.A.	17–20

Geodesy
Spheric radial basis functions in Mahalanobis measuring for displaying local field features Neiman Yu.M., Sugaipova L.S., Popadyev V.V.	2-9

Manpower training
Space geodesy: past, present and future. To the 50th anniversary of the first set of students MIIGAiK on specialty “Space Geodesy” Kluykov A.A., Krylov V.I.	48-56

Geodesy
Technology of determining the Earth’s gravitational field parameters using gradiometric measurements Part 6. Calculation the components of the gravitational potential tensor in the earth’s spatial rectangular coordinate system Kluykov A.A.	2-8

Geodesy
Method of creating navigational-gravimetric maps Murzabekov M.M., Lopatin V.P., Bobrov D.S., Popadyev V.V.	2-8
Studying gravity changes' anomaly with those of height in the Earth's external gravitational field Kanushin V.F., Goldobin D.N., Kobeleva N.N., Inzhevatov I.A.	30-34
Calculating deviation of laser pulses at ranging artificial Earth satellites considering its gravitational field Mazurova E.M., Petrov A.N.	2-11

Space geodesy and navigation
Developing an assessing method for the informative value of a gravitational field anomaly at solving map matching navigation problems Valov G. E., Mikhailov P.S., Koneshov V.N.	2-13

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