Geodesy | Page 67 | Geodesy and cartography

Article Title	Pages

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Comments on Gauss – Kruger’s projection algorithms for hexagonal meridian zones Medvedev P.A.	2-6

№: 1
The content of geodetic support Oznamets V.V.	2-6

№: 12
Optimization of deformation marks location at building a network in the form of a linear spatial intersection Kornilov Yu.N., Tsareva O.S., Shevchenko A.S.	2-11

№: 11
Determination of the geodetic latitude and height by spatial geocentric coordinates Penev P.D., Peneva E.P.	2-7
Gravity acceleration changes in Russian stations of comparing absolute gravimeters Yushkin V.D., Zotov L.V., Basmanov A.V., Sermiagin R.A.	8-15

№: 10
Methods of improving the coordinates determining accuracy using inertial geodetic systems Chernov I.V., Astapovich A.V., Suvorov A.V.	13-20
Studying the homogeneity of the coordinate base SSC-2011 at arranging a special-purpose geodetic network Karpik A.P., Obidenko V.I., Kosarev N.S., Shendrik N.K.	2-12

№: 9
Results of comparing astronomical-geodetic and navigational-geodetic methods of determining the components of the deflection of vertical Murzabekov M.M., Bobrov D.S., Davlatov R.A., Lopatin V.P., Pchelin I.N.	2-10

№: 8
On the accuracy requirements of terrestrial laser scanning for solving engineering and geodetic tasks using BIM Sharafutdinova A.A., Bryn M.Ya.	2-12

№: 7
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

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