課題 4 実験目次へ戻る

課題 4 ( n = 3 )

Omega = 100


./baro_abcn_zonalflow_n=3_omega=100_amp=79_100.gif
vor_amplitude=79.0, vor_amplitude/omega = 0.79


./baro_abcn_zonalflow_n=3_omega=100_amp=80_100.gif
vor_amplitude=80.0, vor_amplitude/omega = 0.80


/baro_abcn_zonalflow_n=3_omega=100_amp=100_100_strfunc(t=0-4)_ani.gif
流線関数(アニメ)
vor_amplitude=100.0, vor_amplitude/omega = 1.00, t= 0--4



./baro_abcn_zonalflow_n=3_omega=100_amp=100_100_vor(t=0-4)_ani.gif
渦度(アニメ)
vor_amplitude=100.0, vor_amplitude/omega = 1.00, t = 0--4



/baro_abcn_zonalflow_n=3_omega=100_amp=100_100_pv(t=0-4)_ani.gif
帯状平均ポテンシャル渦度の緯度分布(アニメ)
vor_amplitude=100.0, vor_amplitude/omega = 1.00, t= 0--4



/baro_abcn_zonalflow_n=3_omega=100_amp=100_100_pvgradlat(t=0-4)_ani.gif
帯状平均ポテンシャル渦度緯度傾度の緯度分布(アニメ)
vor_amplitude=100.0, vor_amplitude/omega = 1.00, t= 0--4



./baro_abcn_zonalflow_n=3_omega=100_amp=100_100_mvlon(t=0).gif
平均帯状流
vor_amplitude=100.0, vor_amplitude/omega = 1.00, t = 0



./baro_abcn_zonalflow_n=3_omega=100_amp=100_100_mvlon(t=10).gif
平均帯状流
vor_amplitude=100.0, vor_amplitude/omega = 1.0, t = 10



./baro_abcn_zonalflow_n=3_omega=100_amp=100_100_angmoment(t=0).gif
角運動量
vor_amplitude=100.0, vor_amplitude/omega = 1.00, t = 0



./baro_abcn_zonalflow_n=3_omega=100_amp=100_100_angmoment(t=10).gif
角運動量
vor_amplitude=100.0, vor_amplitude/omega = 1.0, t = 10


Omega = 1000


./baro_abcn_zonalflow_n=3_omega=1000_amp=798_100.gif
vor_amplitude=798.0, vor_amplitude/omega = 0.798


./baro_abcn_zonalflow_n=3_omega=1000_amp=799_100.gif
vor_amplitude=799.0, vor_amplitude/omega = 0.799

課題 4 実験目次へ戻る