Geoscience Reference
In-Depth Information
E
,
N
X
B
,
L
UTM-Koordinaten
Geographische Koordinaten
B
=
B
F
+
(2)
y
2
+
(4)
y
4
+
(6)
y
6
(
1
)
y
(
3
)
y
3
(
5
)
y
5
L
=
L
0
+
+
+
mit:
y
=
E
−
E
0
L
0
+
3
(
Zone
0, 5
)
10
6
E
0
=
+
30, 5 10
6
oder
E
0
=
+
6
(
Zone
30
)
6
L
0
=
−
−
3
B
F
=
"
+
F
2
sin 2"
+
F
4
sin 4"
+
F
6
sin 6"
N
m
G
0
"
=
m
=
0,9996
wobei gilt:
Internationales Ellipsoid
GRS80-Ellipsoid
G
0
111 136,536655 m/°
111 132,952547 m/°
F
2
0,144 930 079°
0,144 318 142°
F
4
0,000 213 843°
0,000 212 041°
F
6
0,000 000 437°
0,000 000 431°
!
2
m
2
N
F
2
t
F
(
1
180
(
2
)
2
)
=
−
+
!
=
!
24
m
4
N
F
4
t
F
(
5
c
3
t
2
6
2
(
1
t
2
))
(4)
+
+
−
=
N
F
=
2
1
+
!
720
m
6
N
F
(
6
)
−
6
t
F
(61
+
90
t
2
+
45
t
4
)
=
t
F
=
tan
B
F
!
m
N
F
cos
B
F
a
2
b
(1)
c
=
=
!
6
m
3
N
F
3
cos
B
F
(
3
)
(
1
2
)
=
−
+
2
t
2
+
!
120
m
5
N
F
5
cos
B
F
(
5
28
t
2
24
t
4
)
(5)
+
+
=
a
2
b
2
−
2
=
b
2
cos
2
B
F
Internationales-Ellipsoid
GRS80-Ellipsoid
a
6 378 388,000 m
6 378 137,00 m
b
6 356 911,946 m
6 356 752,314 m
