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--- monde_der_planeten [2025/01/06 00:24] – hcgreier
+++ monde_der_planeten [2025/08/21 17:34] (aktuell) – [Weiterführende Literatur] hcgreier
@@ Zeile 65: / Zeile 65: @@
 | Japetus: | $r_5 = 59.0712$ | $l_5 = 195\overset{\circ}{.}3513 + 4\overset{\circ}{.}5045597067\cdot (d - \tau) + \varphi - C$ |
-**Spezialfall Japetus:**
+=== Spezialfall Japetus: ===
 Die Neigung $\gamma$ der Japetusbahn zum Saturnäquator (Ringebene) ist gegeben mit:
@@ Zeile 218: / Zeile 218: @@
 \end{align}\tag{22}\]
-Den Abstand $s$ und den Positionswinkel $p - 90^{\circ}$ erhält man im Abschnitt über die [[mathematische grundlagen#karthesisch_sphaerisch|sphärische Darstellung]].
+Den Abstand $s$ und den Positionswinkel $p - 90^{\circ}$ erhält man im Abschnitt über die [[mathematische grundlagen#kartesisch_sphaerisch|sphärische Darstellung]].
 $D_E$ = planetozentrische Deklination der Erde über der Äquatorebene des Planeten.
@@ Zeile 258: / Zeile 258: @@
 </WRAP>
-===== weiterführende Literatur =====
+===== Weiterführende Literatur =====
-J.H. Lieske: Theory of Motion of Jupiter's Satellites, A & A 56 (1977), 333 - 352
+  * J.H. Lieske: Theory of Motion of Jupiter's Satellites, A & A 56 (1977), 333 - 352
+  * J.H. Lieske: Galilean satellite ephemerides E5, A & A SS, 129 (1998), 205 - 217
-J.H. Lieske: Galilean satellite ephemerides E5, A & A SS, 129 (1998), 205 - 217
+  * V. Lainey, L. Duriez, A. Vienne: Synthetic representation of the Galilean satellites orbital motions from L1 ephemerides, A & A 456, (2006), 783 - 788
+  * G. Dourneau: Orbital elements of the eight major satellites of Saturn determined from a fit of their theories of motion to observations from 1886 to 1985, A & A, 267 (1992), 292 - 299
-V. Lainey, L. Duriez, A. Vienne: Synthetic representation of the Galilean satellites orbital motions from L1 ephemerides, A & A 456, (2006), 783 - 788
+  * D. Harper, D.B. Taylor: Orbits of the major satellites of Saturn, A & A, 268 (1993), 326 - 349
+  * D. Harper, D.B. Taylor: Analysis of ground - based observations of the satellites of Saturn 1874 - 1988, A & A, 284 (1994), 619 - 628
-G. Dourneau: Orbital elements of the eight major satellites of Saturn determined from a fit of their theories of motion to observations from 1886 to 1985, A & A, 267 (1992), 292 - 299
+  * A. Vienne, L. Duriez: TASS 1.6: Ephemerides of the major Saturnian satellites, A & A, 297 (1995), 588 - 605
+  * R.A. Jacobson: The Orbits of the Main Saturnian Satellites, the Saturnian System Gravity Field, and the Orientation of Saturns Pole, AJ 164 (2022), 199 - 217
-D. Harper, D.B. Taylor: Orbits of the major satellites of Saturn, A & A, 268 (1993), 326 - 349
+  * R.A. Jacobson: The Orbits of the Uranian Satellites and Rings, the Gravity Field of the Uranian System, and the Orientation of the Pole of Uranus, AJ 148 (2014), 76 - 88
+  * J. Laskar, R.A. Jacobson: An analytical Ephemeris of the Uranian Satellites, A & A, 188 (1987), 212 - 244
-D. Harper, D.B. Taylor: Analysis of ground - based observations of the satellites of Saturn 1874 - 1988, A & A, 284 (1994), 619 - 628
+  * A.W. Harris: Physical Properties of Neptun and Triton inferred from the Orbit of Triton, NASA CP-2330, 357 - 373, 1984
+  * J.A. Jacobson: The orbits of the satellites of Neptune, A & A, 231, 241 - 250, 1990
-A. Vienne, L. Duriez: TASS 1.6: Ephemerides of the major Saturnian satellites, A & A, 297 (1995), 588 - 605
+  * J.A. Jacobson: The Orbits of the Neptunian Satellites and the Orientation of the Pole of Neptune, AJ 137 (May 2009), 4322 - 4329
+  * D.J. Tholen: The Orbit of Plutos Satellite, ApJ, 90 (1985), 11, 2353 - 2359
-R.A. Jacobson: The Orbits of the Main Saturnian Satellites, the Saturnian System Gravity Field, and the Orientation of Saturns Pole, AJ 164 (2022), 199 - 217
+  * N.V. Emel'yanov, J.E. Arlot: The natural satellites ephemerides facility MULTI-SAT, A & A, 487 (2008), 759 - 765 N.V. Emel'yanov, D.V. Nikonchuk: Ephemerides of the main Uranian satellites, MNRAS 436 (2013), 3668 - 3679
-R.A. Jacobson: The Orbits of the Uranian Satellites and Rings, the Gravity Field of the Uranian System, and the Orientation of the Pole of Uranus, AJ 148 (2014), 76 - 88
-J. Laskar, R.A. Jacobson: An analytical Ephemeris of the Uranian Satellites, A & A, 188 (1987), 212 - 244
-A.W. Harris: Physical Properties of Neptun and Triton inferred from the Orbit of Triton, NASA CP-2330, 357 - 373, 1984
-J.A. Jacobson: The orbits of the satellites of Neptune, A & A, 231, 241 - 250, 1990
-J.A. Jacobson: The Orbits of the Neptunian Satellites and the Orientation of the Pole of Neptune, AJ 137 (May 2009), 4322 - 4329
-D.J. Tholen: The Orbit of Plutos Satellite, ApJ, 90 (1985), 11, 2353 - 2359
-N.V. Emel'yanov, J.E. Arlot: The natural satellites ephemerides facility MULTI-SAT, A & A, 487 (2008),
-- 765
-N.V. Emel'yanov, D.V. Nikonchuk: Ephemerides of the main Uranian satellites, MNRAS 436 (2013), 3668 - 3679
 Zu den weiteren [[:literaturhinweise|Literaturhinweisen]].