D^6 + ...)u_1/2 \
|
[delta]u_1/2 = (hD + 1/24 h^3D^3 + 1/1920 h^5 D^5 + ...)u_1/2 |
|
[mu][delta]^2u_1/2 = (h^2D^2 + 5/24 h^4 D^4 + 91/5760 h^6 D^6 + ...)u_1/2 >
|
[delta]^3u_1/2 = (h^3D^3 + 1/8 h^5 D^5 + ...)u_1/2 |
|
[mu][delta]^4 u_1/2 = (h^4 D^4 + 7/24 h^6 D^6 + ...)u_1/2 /
. . .
. . .
. . .
u0 = u0 \
|
hDu0 = ([mu][delta] - 1/6 [mu][delta]^3 + 1/30 [mu][delta]^5 - ...)u0 |
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h^2D^2u0 = ([delta]^2 - 1/12 [delta]^4 + 1/90 [delta]^6 - ...)u0 >
|
h^3D^3u0 = ([mu][delta]^3 1/4 [mu][delta]^5 + ...)u0 |
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h^4 D^4 u_0 = ([delta]^4 - 1/6 [delta]^6 + ...)u0 /
. . .
. . .
. . .
u_1/2 = ([mu] - 1/8 [mu][delta]^2 + 3/128 [mu][delta]^4 - 5/1024 [mu][delta]^6 + ...)u_1/2 \
|
hDu_1/2 = ([delta] - 1/24 [delta]^3 + 3/640 [delta]^5 - ...)u_1/2 |
|
h^2D^2u_1/2 = ([mu][delta]^2 - 5/24 [mu][delta]^ + 259/5760 [mu][delta]^6 - ...)u_1/2 >
|
h^3D^3u_1/2 = ([delta]^
|