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tabellen:neptun_de200

Neptun

mittlere Anomalien

Tabelle 1
$M_5 =$ $20\overset{\circ}{.}299212 + 2880\overset{\circ}{.}0 \cdot T + 154\overset{\circ}{.}760652 \cdot T$
$M_6 =$ $317\overset{\circ}{.}703096 + 1080\overset{\circ}{.}0 \cdot T + 142\overset{\circ}{.}478928 \cdot T$
$M_7 =$ $142\overset{\circ}{.}752888 + 360\overset{\circ}{.}0 \cdot T + 68\overset{\circ}{.}502636 \cdot T$
$M_8 =$ $259\overset{\circ}{.}736616 + 0\overset{\circ}{.}0 \cdot T + 218\overset{\circ}{.}466936 \cdot T$

Tabellen

\[\begin{align} dl &= \sum_{n=1}^{7} T^{t_n} (a_n \cos(p_n \ M_p + s_n \ M_s) + b_n \sin(p_n \ M_p + s_n \ M_s)) \\ db &= \sum_{n=1}^{7} T^{t_n} (c_n \cos(p_n \ M_p + s_n \ M_s) + d_n \sin(p_n \ M_p + s_n \ M_s)) \\ dr &= \sum_{n=1}^{7} T^{t_n} (e_n \cos(p_n \ M_p + s_n \ M_s) + f_n \sin(p_n \ M_p + s_n \ M_s)) \end{align}\tag{1}\]

Tabelle 2: Keplerterme
n $a_n['']$ $b_n['']$ $c_n['']$ $d_n['']$ $e_n['']$ $f_n['']$ $p_n$ $s_n$ $t_n$
$01$ $32.3 $ $3549.5$ $-6360.5$ $374.0$ $-25880.2$ $235.8 $ $1$ $0 $ $0$
$02$ $31.2 $ $34.4 $ $34.9 $ $29.3 $ $-251.4 $ $227.4 $ $1$ $0 $ $1$
$03$ $-1.4 $ $3.9 $ $0.0 $ $-0.9 $ $-28.6 $ $-10.1 $ $1$ $0 $ $2$
$04$ $6.1 $ $68.0 $ $-54.7 $ $3.7 $ $-111.4 $ $2.0 $ $2$ $0 $ $0$
$05$ $0.8 $ $-0.2 $ $-0.2 $ $0.8 $ $-2.1 $ $2.0 $ $2$ $0 $ $1$
$06$ $0.1 $ $1.0 $ $-0.8 $ $0.1 $ $-0.7 $ $0.0 $ $3$ $0 $ $0$
$07$ $0.0 $ $0.0 $ $0.1 $ $0.0 $ $5.5 $ $-6.9 $ $1$ $0 $ $0$

\[\begin{align} dl &= \sum_{n=8}^{35} T^{t_n} (a_n \cos(p_n \ M_p + s_n \ M_s + t_n \ M_t) + b_n \sin(p_n \ M_p + s_n \ M_s + t_n \ M_t)) \\ db &= \sum_{n=8}^{35} T^{t_n} (c_n \cos(p_n \ M_p + s_n \ M_s + t_n \ M_t) + d_n \sin(p_n \ M_p + s_n \ M_s + t_n \ M_t)) \\ dr &= \sum_{n=8}^{35} T^{t_n} (e_n \cos(p_n \ M_p + s_n \ M_s + t_n \ M_t) + f_n \sin(p_n \ M_p + s_n \ M_s + t_n \ M_t)) \end{align}\tag{2}\]

Tabelle 3: Störterme der Planeten
Störungen durch den Jupiter
n $a_n['']$ $b_n['']$ $c_n['']$ $d_n['']$ $e_n['']$ $f_n['']$ $p_n$ $s_n$ $t_n$
$08$ $0.1 $ $0.1 $ $-0.3 $ $-0.3 $ $-3.0 $ $1.8 $ $0$ $-1$ $0$
$09$ $0.0 $ $0.0 $ $0.0 $ $0.0 $ $0.0 $ $-15.9 $ $1$ $0 $ $0$
$10$ $-17.6$ $-29.3 $ $0.0 $ $0.0 $ $416.1 $ $-250.0$ $1$ $-1$ $0$
$11$ $-0.4 $ $-0.7 $ $0.0 $ $0.0 $ $10.4 $ $-6.2 $ $1$ $-2$ $0$
$12$ $-0.2 $ $-0.4 $ $0.4 $ $-0.3 $ $2.4 $ $-1.4 $ $2$ $-1$ $0$
Störungen durch den Saturn
n $a_n['']$ $b_n['']$ $c_n['']$ $d_n['']$ $e_n['']$ $f_n['']$ $p_n$ $s_n$ $t_n$
$13$ $-0.1 $ $0.0 $ $-0.1 $ $-0.5 $ $0.2 $ $-1.8 $ $0$ $-1$ $0$
$14$ $0.0 $ $0.0 $ $0.0 $ $0.0 $ $-8.3 $ $-10.4 $ $1$ $0 $ $0$
$15$ $13.6 $ $-12.7 $ $0.0 $ $0.0 $ $187.5 $ $201.1 $ $1$ $-1$ $0$
$16$ $0.4 $ $-0.4 $ $0.0 $ $0.0 $ $4.5 $ $4.5 $ $1$ $-2$ $0$
$17$ $0.4 $ $-0.1 $ $0.2 $ $0.2 $ $1.7 $ $-3.2 $ $2$ $-1$ $0$
$18$ $-0.1 $ $0.0 $ $0.0 $ $0.0 $ $-0.2 $ $2.7 $ $2$ $-2$ $0$
Störungen durch den Uranus
n $a_n['']$ $b_n['']$ $c_n['']$ $d_n['']$ $e_n['']$ $f_n['']$ $p_n$ $s_n$ $t_n$
$19$ $-0.1 $ $-0.3 $ $0.0 $ $0.0 $ $-3.6 $ $0.0 $ $0$ $-1$ $0$
$20$ $-2.2 $ $-1.6 $ $0.0 $ $-0.1 $ $-116.3 $ $163.6 $ $1$ $-1$ $0$
$21$ $0.2 $ $0.1 $ $0.0 $ $-0.1 $ $-1.2 $ $0.4 $ $1$ $-2$ $0$
$22$ $4.2 $ $-1.1 $ $-0.2 $ $0.1 $ $-4.4 $ $-34.6 $ $2$ $-1$ $0$
$23$ $8.6 $ $-2.9 $ $0.2 $ $0.1 $ $-33.4 $ $-97.0 $ $2$ $-2$ $0$
$24$ $0.1 $ $-0.2 $ $0.0 $ $0.1 $ $2.1 $ $-1.2 $ $3$ $-1$ $0$
$25$ $-4.6 $ $9.3 $ $0.1 $ $0.1 $ $38.2 $ $19.8 $ $3$ $-2$ $0$
$26$ $-0.5 $ $1.7 $ $0.0 $ $0.0 $ $23.5 $ $7.0 $ $3$ $-3$ $0$
$27$ $0.2 $ $0.8 $ $-0.2 $ $-0.1 $ $3.3 $ $-1.5 $ $4$ $-2$ $0$
$28$ $0.9 $ $1.7 $ $-0.1 $ $0.0 $ $17.9 $ $-9.1 $ $4$ $-3$ $0$
$29$ $-0.4 $ $-0.4 $ $0.0 $ $0.0 $ $-6.2 $ $4.8 $ $4$ $-4$ $0$
$30$ $-1.6 $ $-0.5 $ $0.0 $ $0.0 $ $-2.2 $ $7.0 $ $5$ $-3$ $0$
$31$ $-0.4 $ $-0.1 $ $0.0 $ $0.0 $ $-0.7 $ $5.5 $ $5$ $-4$ $0$
$32$ $0.2 $ $0.0 $ $0.0 $ $0.0 $ $0.0 $ $-3.5 $ $5$ $-5$ $0$
$33$ $-0.3 $ $0.2 $ $0.0 $ $0.0 $ $2.1 $ $2.7 $ $6$ $-4$ $0$
$34$ $0.1 $ $-0.1 $ $0.0 $ $0.0 $ $-1.4 $ $-1.4 $ $6$ $-5$ $0$
$35$ $-0.1 $ $0.1 $ $0.0 $ $0.0 $ $1.4 $ $0.7 $ $6$ $-6$ $0$

Heliozentrische Koordinaten

\[\begin{align} l_8 &= M_8 + 45\overset{\circ}{.}145656 + (4982\overset{''}{.}8\cdot T - 21\overset{''}{.}3\cdot T^2 + \text{dl})/3600'' \\ b_8 &= (+ 54\overset{''}{.}77 - 0\overset{''}{.}26\cdot T + 0\overset{''}{.}06\cdot T^2 + \text{db})/3600'' \\ r_8 &= 30.072984\text{ AE} + 1.234 \cdot 10^{-3}\text{ AE} \cdot T + 3.0 \cdot 10^{-6}\text{ AE} \cdot T^2 + 1.0 \cdot 10^{-5}\text{ AE dr} \end{align}\tag{3}\]

tabellen/neptun_de200.txt · Zuletzt geändert: 2024/05/11 14:54 von hcgreier