| BOWER D.R. |
1976 |
GEOS-C AND MEASUREMENT OF THE EARTH TIDE. |
PUBL.EARTH PHYS.BRANCH-OTTAWA,VOL.45,N°3,PP217-223. |
| BURSA M. |
1984 |
A NOTE ON TIDAL DECELERATION OF THE MOON. |
EARTH,MOON,AND PLANETS,VOL 30,N°2,PP 189-192 |
| CAZENAVE A.,DAILLET S. |
1981 |
LUNAR TIDAL ACCELERATION FROM EARTH SATELLITE ORBIT ANALYSES. |
J.GEOPHYS.RES.,VOL 86,N°B3,PP 1659-1663 |
| CHRISTODOULIDIS D.,SMITH D.E. |
1984 |
OCEAN TIDAL PARAMETERS FROM LAGEOS. |
NASA TECHNICAL MEMORANDUM 86223,GEODYNAMICS BRANCH,ANNUAL REPORT,PP 3.45-3.46 |
| GERSTENKORN H. |
1967 |
ON THE CONTROVERSY OVER THE EFFECT OF TIDAL FRICTION UPON THE HISTORY OF THE EARTH-MOON SYSTEM. |
ICARUS,VOL.7,PP 160-167 |
| GERSTENKORN H. |
1969 |
THE EARLIEST PAST OF THE EARTH-MOON SYSTEM. |
ICARUS,VOL.11,PP 189-207 |
| GOAD C.C.,DOUGLAS B.C. |
1977 |
LUNAR LONGITUDE DECELERATION AND TIDAL PARAMETERS ESTIMATED FROM SATELLITE ORBITAL PERTURBATIONS. |
PROC. 8TH INT.SYMP.ON EARTH TIDES,BONN,PP 766-773 |
| GROVES G.W. |
1960 |
ON TIDAL TORQUE AND ECCENTRICITY OF A SATELLITE S ORBIT. |
MONTHLY NOT.ROY.ASTR.SOC.121 PP 497-502 |
| LAMBECK K. |
1975 |
EFFECTS OF TIDAL DISSIPATION IN THE OCEANS ON THE MOON'S ORBIT AND THE EARTH S ROTATION. |
J.GEOPHYS.RES.,V.80,N°20,JULY,PP 2917-2925 |
| MAZZEGA P. |
1989 |
THE SOLAR TIDES AND THE SUN-SYNCHRONISM OF SATELLITE ALTIMETRY. |
GEOPH.RES.LETTERS,VOL 16,N°6,PP 507-510 |
| MERRIAM J.B. |
1985 |
LAGEOS AND UT MEASUREMENTS OF LONG-PERIOD EARTH TIDES AND MANTLE Q. |
JOURN.OF GEOPHYS.RES.,VOL 90,N°B11,PP 9423-9430 |
| RAY R.D.,EANES R.J.,CHAO B.F. |
1998 |
CONSTRAINTS ON TIDAL DISSIPATION IN THE M2 BODY TIDE FROM SATELLITE TRACKING AND ALTIMETRY. |
PROC. 13TH INTERN.SYMP.ON EARTH TIDES,OBS.ROYAL DE BELGIQUE,SERIE GEOPHYSIQUE,BRUXELLES,P 121 |
| RUBINCAM D.P. |
1975 |
TIDAL FRICTION AND THE EARLY HISTORY OF THE MOON S ORBIT. |
J.GEOPHYS.RES.,VOL 80,N°11,PP 1537-1548 |
| RUSKOL E.L. |
1966 |
ON THE PAST HISTORY OF THE EARTH-MOON SYSTEM. |
ICARUS,VOL.5,PP 221-227 |
| RUSKOL E.L. |
1973 |
ON THE TIDAL CHANGES OF THE ORBITAL INCLINATIONS OF URANUS SATELLITES RELATIVE TO ITS EQUATORIAL PLANE. |
ASTRON.VESTNIK PP.150-153,VOL.7 |
| SANCHEZ B.V. |
1984 |
AN OBJECTIVE ANALYSIS TECHNIQUE FOR EXTRAPOLATING TIDAL FIELDS. |
NASA TECHNICAL MEMORANDUM 86223,GEODYNAMICS BRANCH,ANNUAL REPORT,PP 3.27-3.32 |
| VANARSDALE W.E. |
1981 |
DISSIPATION DUE TO OBLIQUITY-INDUCED TIDES IN A KELVIN-VOIGT VISCOELASTIC BODY. |
J.GEOPHYS.RES.,VOL 86,N°B11,PP 10849-10852 NOVEMBER 10 |
| WARD W.R. |
1982 |
COMMENTS ON THE LONG-TERM STABILITY OF THE EARTH'S OBLIQUITY. |
ICARUS,VOL.50,PP 144 |
| WEBB D.J. |
1982 |
TIDES AND THE EVOLUTION OF THE EARTH-MOON SYSTEM. |
GEOPHYS.J.R.ASTR.SOC.,VOL.70,PP 261-271 |
| WILLIAMSON R.G.,MARSH J.G. |
1985 |
STARLETTE GEODYNAMICS: THE EARTH'S TIDAL RESPONSE. |
JOURN.OF GEOPHYS.RES.,VOL 90,N°B11,PP 9346-9352 |
| XU HUAGUAN,JIN WENJING |
1994 |
TIDAL ACCELERATION OF THE MOON. |
ANNALS OF SHANGHAI OBS.AC.SINICA,VOL.15,PP 129-133 |
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