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NATIONAL REPORT OF THE FEDERAL REPUBLIC OF ... - IAG Office

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74 Commission 2 – Gravity Field<br />

SCHMIDT M., HAN S.-C., KUSCHE J., SANCHEZ L., SHUM C.K.:<br />

Regional high-resolution spatiotemporal gravity modeling<br />

from GRACE data using spherical wavelets; Geophys. Res.<br />

Lett., 33, L08403, doi:10.1029/2005GL025509, 2006<br />

SCHMIDT M., FENGLER M., MAYER-GÜRR T., EICKER A., KUSCHE<br />

J., SANCHEZ L., HAN S.-C.: Regional Gravity Modelling in<br />

Terms of Spherical Base Functions; J Geodesy 81:17–38,<br />

10.1007/s00190-006-0101-5, 2007<br />

SCHNEIDER M.: Beiträge zur Bahnbestimmung und Gravitationsfeldbestimmung<br />

mit Erdsatelliten sowie zur Orientierung<br />

von Rotationssensoren; IAPG/FESG-Schriftenreihe, 17.<br />

Institut für Astronomische und Physikalische Geodäsie,<br />

München, 2004<br />

SCHNEIDER M.: Beiträge zur Gravitationsfeldbestimmung mit<br />

Erdsatelliten, Schriftenreihe IAPG/FESG, 21. Institut für<br />

Astronomische und Physikalische Geodäsie, München, 2005<br />

SCHNEIDER M.: Gravitationsfeldbestimmung unter Verwendung<br />

von Bilanzgleichungen für beliebige Oberservablen;<br />

Schriftenreihe IAPG/FESG, 23. Institut für Astronomische<br />

Physikalische Geodäsie, München, 2006<br />

SCHNEIDER M., CUI C.: Theoreme über Bewegungsintegrale und<br />

ihre Anwendung in Bahntheorie, Deutsche Geodätische<br />

Kommission, A121, München, 2005<br />

SHARIFI MA., KELLER W.: GRACE Gradiometer; In: JEKELI C,<br />

L BASTOS and J FERNANDES (Eds.): Gravity, Geoid and<br />

Space Missions, <strong>IAG</strong> Symposia, 129, Springer-Verlag,<br />

Berlin, 42-47, 2005<br />

SHARIFI M. A. Satellite to Satellite Tracking in the Spacewise<br />

Approach (Satellite to Satellite Tracking im Spacewise<br />

Approach); (Doctoral thesis), 2006<br />

SNEEUW N., GERLACH CH., SVEHLA D., GRUBER CH.: A first<br />

attempt at time variable gravity recovery from CHAMP<br />

using the energy balance approach, in: TZIAVOS IN (ed.),<br />

Gravity and Geoid 2002, pp. 237-242, Ziti-Publishing<br />

Thessaloniki, 2003<br />

SNEEUW N., FLURY J., RUMMEL R.: Science requirements on<br />

future missions and simulated mission scenarios; Earth,<br />

Moon and Planets 94, 113–142, DOI 10.1007/s11038-005-<br />

7605-7, 2005<br />

SNEEUW N., SCHAUB H.: Satellite clusters for future gravity field<br />

missions, in: C JEKELI., L BASTOS., J FERNANDES (eds.)<br />

Gravity, Geoid and Space Missions, <strong>IAG</strong> symposium 129,<br />

pp 12–17, Springer Verlag, 2005<br />

SNEEUW N., KUSCHE J.: Preface. Special issue: Satellite Gravimetry<br />

and Inverse Problems, J. Geodesy 81(1):1–3, 2006<br />

STUMMER C. Analyse der Gradiometergleichungen der GOCE<br />

Satellitenmission zur Schwerefeldbestimmung; Schriftenreihe<br />

IAPG/FESG, 25. Institut für Astronomische Physikalische<br />

Geodäsie, München, 2006<br />

TSOULIS D., GRUBER CH., SNEEUW N.: A novel approach for the<br />

calibration of the CHAMP accelerometer using short data<br />

spans: Boll. di Geod. e Sci. Aff. 2 or 3, 2005<br />

VISSER P.N.A.M., SNEEUW N., GERLACH CH.: Energy integral<br />

method for gravity field determination from satellite orbit<br />

coordinates; Journal of Geodesy, 77 (2003) 207-216. DOI<br />

10.1007/s00190-003-03, 2003<br />

WERMUTH M., FÖLDVARY L.: Semi-Analytical Gravity Field<br />

Solution-Strategy for GOCE Data; Geotechnologien Science<br />

Report, RUDL<strong>OF</strong>F A, STROINK L, (Hrsg.), 3, 185-187.<br />

Koordinationsbüro Geotechnologien, Potsdam. 1619-7399,<br />

2003<br />

WERMUTH M., GERLACH C., SVEHLA D., FÖLDVARY L.: Comparison<br />

of Different Gravity Field Solution Methods Applied to<br />

CHAMP Gravity Field Modelling; Proceedings of the 1st<br />

Workshop on International Gravity Field Research,<br />

MEURERS B, PAIL R (Hrsg.), 45 - 50. Zentralanstalt für<br />

Meteorologie und Geodynamik, Wien, 1016-6254, 2004<br />

WERMUTH M., RUMMEL R., L FÖLDVARY: Mission Simulation and<br />

Semi-Analytical Gravity Field Analysis for GOCE SGG and<br />

SST; Observation of the Earth System from Space, FLURY,<br />

RUMMEL, REIGBER, ROTHACHER, BOEDECKER, SCHREIBER<br />

(Hrsg.), 193-208. Springer Verlag, Berlin Heidelberg, 3-<br />

540-29520-8, 2006<br />

WILD F., HECK B.: Effects of topographic and isostatic masses<br />

in satellite gravity gradiometry; Proc. Second International<br />

GOCE User Workshop “GOCE, The Geoid and Oceanography”,<br />

ESA-ESRIN, Frascati/Italy, March 8-10, 2004<br />

(ESA SP - 569, June 2004), CD-ROM<br />

WILD F., HECK B.: A comparison of different isostatic models<br />

applied to satellite gravity gradiometry; In: JEKELI C,<br />

BASTOS L, FERNANDES J (eds.): Gravity, Geoid and Space<br />

Missions, GGSM 2004, <strong>IAG</strong> Int. Symposium, Porto/<br />

Portugal, 30. August - 3. September, Springer-Verlag, 129<br />

(2005), S. 230-235.

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