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--- tabellen:merkur_de200 [2024/05/08 18:52] – quern
+++ tabellen:merkur_de200 [2024/12/20 01:57] (aktuell) – Externe Bearbeitung 127.0.0.1
@@ Zeile 3: / Zeile 3: @@
 ====== Merkur ======
-{{ :merkur_vsop87.png?nolink&200|}}
+{{ :merkur_vsop87.png?nolink&100|}}
 ===== mittlere Anomalien =====
 {{tablelayout?rowsHeaderSource=Auto&colwidth="70px,430px"&float=center}}
+^  Tabelle 1  ||
 | $M_1 =$ | $174\overset{\circ}{.}794652 + 149400\overset{\circ}{.}0 \cdot T + 72\overset{\circ}{.}515304 \cdot T$ |
 | $M_2 =$ | $50\overset{\circ}{.}191992 + 58320\overset{\circ}{.}0 \cdot T + 197\overset{\circ}{.}655984 \cdot T$ |
@@ Zeile 16: / Zeile 17: @@
 ===== Tabellen =====
-{{tablelayout?rowsHeaderSource=1&colwidth="690px"&float=center}}
+\[\begin{align}
-| \[\begin{align} dl &= \sum_{n=1}^{17} T^{t_n} (a_n \cos(p_n \ M_p + s_n \ M_s) + b_n \sin(p_n \ M_p + s_n \ M_s)) \\ db &= \sum_{n=1}^{17} T^{t_n} (c_n \cos(p_n \ M_p + s_n \ M_s) + d_n \sin(p_n \ M_p + s_n \ M_s)) \\ dr &= \sum_{n=1}^{17} T^{t_n} (e_n \cos(p_n \ M_p + s_n \ M_s) + f_n \sin(p_n \ M_p + s_n \ M_s)) \end{align}\] |
+dl &= \sum_{n=1}^{17} 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}^{17} 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}^{17} 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}\]
 {{tablelayout?rowsHeaderSource=Auto&colwidth="-"&float=center}}
-^  Tabelle 1: Keplerterme   ||||||||||
+^  Tabelle 2: Keplerterme   ||||||||||
 ^  $n$  ^  $a_n['']$  ^  $b_n['']$  ^  $c_n['']$  ^  $d_n['']$  ^  $e_n['']$  ^  $f_n['']$  ^  $p_n$  ^  $s_n$  ^  $t_n$  ^
 |  $01$   |  $259.74 $  |  $84547.39 $  |  $11683.22$  |  $21203.79$  |  $-78342.34$  |  $0.01$   |  $1$    |  $0$    |  $0$    |
@@ Zeile 40: / Zeile 44: @@
 |  $17$   |  $-0.15  $  |  $0.13     $  |  $0.10    $  |  $0.25    $  |  $-0.11    $  |  $0.00$   |  $9$    |  $0$    |  $0$    |
-{{tablelayout?rowsHeaderSource=1&colwidth="690px"&float=center}}
+\[\begin{align}
-| \[\begin{align} dl &= \sum_{n=18}^{54} a_n \cos(p_n \ M_p + s_n \ M_s + t_n \ M_t) + b_n \sin(p_n \ M_p + s_n \ M_s + t_n \ M_t) \\ db &= \sum_{n=18}^{54} c_n \cos(p_n \ M_p + s_n \ M_s + t_n \ M_t) + d_n \sin(p_n \ M_p + s_n \ M_s + t_n \ M_t) \\ dr &= \sum_{n=18}^{54} e_n \cos(p_n \ M_p + s_n \ M_s + t_n \ M_t) + f_n \sin(p_n \ M_p + s_n \ M_s + t_n \ M_t) \end{align}\] |
+dl &= \sum_{n=18}^{54} 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=18}^{54} 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=18}^{54} 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}\]
 {{tablelayout?rowsHeaderSource=Auto&colwidth="-"&float=center}}
-^  Tabelle 2: Störterme der Planeten  ||||||||||
+^  Tabelle 3: Störterme der Planeten  ||||||||||
 ^  Störungen durch die Venus  ||||||||||
 ^  $n$  ^  $a_n['']$  ^  $b_n['']$  ^  $c_n['']$  ^  $d_n['']$  ^  $e_n['']$  ^  $f_n['']$  ^  $p_n$  ^  $s_n$  ^  $t_n$  ^
@@ Zeile 93: / Zeile 100: @@
 ===== Heliozentrische Koordinaten =====
-| $l_1 =$ | $M_1 + 77\overset{\circ}{.}449644 + (2\overset{''}{.}8 + 5604\overset{''}{.}9\cdot T + 1\overset{''}{.}1\cdot T^2 + \text{dl})/3600''$ |
+\[\begin{align}
-| $b_1 =$ | $(- 2522\overset{''}{.}15 - 30\overset{''}{.}18\cdot T + 0\overset{''}{.}04\cdot T^2 + \text{db})/3600''$ |
+l_1 &= M_1 + 77\overset{\circ}{.}449644 + (2\overset{''}{.}8 + 5604\overset{''}{.}9\cdot T + 1\overset{''}{.}1\cdot T^2 + \text{dl})/3600'' \\
-| $r_1 =$ | $0.3952829\text{ AE} + 1.6 \cdot 10^{-6}\text{ AE} \cdot T + 10^{-6}\text{ AE dr}$ |
+b_1 &= (- 2522\overset{''}{.}15 - 30\overset{''}{.}18\cdot T + 0\overset{''}{.}04\cdot T^2 + \text{db})/3600'' \\
+r_1 &= 0.3952829\text{ AE} + 1.6 \cdot 10^{-6}\text{ AE} \cdot T + 10^{-6}\text{ AE dr}$
+\end{align}\tag{3}\]