[地球流体電脳倶楽部] [dcmodel | dcmodel-tools]

湿潤サーマル実験

[2012/12/26]

目的

高橋計算で雲対流が発達しない問題を解決すべくチェック中. test2 に引き続き, 地表面フラックスを切ってみる.

• ソース: arare5 の cvs 版. 2012-12-25 に checkout.
• 設定ファイル: 高橋計算 の水平領域 20 km の設定ファイルをダウンロード. ファイルの接頭詞や dy を修正.

図の見方は, 以下の通り. 高橋計算と基本的に同じにしているので, 諸々の物理過程は入ったままにしてある.

• 接頭詞: sugiyama2
  • NDiffRatio = 50.0 => NDiffRatio = 1.0
  • dy = 1000 m => dy = 400 m (dx と合わせる)
  • test2 に同じ (比較のためにコピー)
  • 初期値生成は test1 に同じ
  • 時間積分
• 接頭詞: sugiyama3
  • 地表面フラックス無し
  • NDiffRatio = 50.0 => NDiffRatio = 1.0
  • dy = 1000 m => dy = 400 m (dx と合わせる)
  • 初期値生成は test1 に同じ
  • 時間積分

温位偏差の比較

sugiyama2_Exner.nc_Exner_000000.png	sugiyama2_Exner.nc_Exner_000600.png	sugiyama2_Exner.nc_Exner_001200.png	sugiyama2_Exner.nc_Exner_001800.png	sugiyama2_Exner.nc_Exner_002400.png	sugiyama2_Exner.nc_Exner_003000.png	sugiyama2_Exner.nc_Exner_003600.png	sugiyama2_Exner.nc_Exner_004200.png
sugiyama3_Exner.nc_Exner_000000.png	sugiyama3_Exner.nc_Exner_000600.png	sugiyama3_Exner.nc_Exner_001200.png	sugiyama3_Exner.nc_Exner_001800.png	sugiyama3_Exner.nc_Exner_002400.png	sugiyama3_Exner.nc_Exner_003000.png	sugiyama3_Exner.nc_Exner_003600.png	sugiyama3_Exner.nc_Exner_004200.png
sugiyama2_Km.nc_Km_000000.png	sugiyama2_Km.nc_Km_000600.png	sugiyama2_Km.nc_Km_001200.png	sugiyama2_Km.nc_Km_001800.png	sugiyama2_Km.nc_Km_002400.png	sugiyama2_Km.nc_Km_003000.png	sugiyama2_Km.nc_Km_003600.png	sugiyama2_Km.nc_Km_004200.png
sugiyama3_Km.nc_Km_000000.png	sugiyama3_Km.nc_Km_000600.png	sugiyama3_Km.nc_Km_001200.png	sugiyama3_Km.nc_Km_001800.png	sugiyama3_Km.nc_Km_002400.png	sugiyama3_Km.nc_Km_003000.png	sugiyama3_Km.nc_Km_003600.png	sugiyama3_Km.nc_Km_004200.png
sugiyama2_PTemp.nc_PTemp_000000.png	sugiyama2_PTemp.nc_PTemp_000600.png	sugiyama2_PTemp.nc_PTemp_001200.png	sugiyama2_PTemp.nc_PTemp_001800.png	sugiyama2_PTemp.nc_PTemp_002400.png	sugiyama2_PTemp.nc_PTemp_003000.png	sugiyama2_PTemp.nc_PTemp_003600.png	sugiyama2_PTemp.nc_PTemp_004200.png
sugiyama3_PTemp.nc_PTemp_000000.png	sugiyama3_PTemp.nc_PTemp_000600.png	sugiyama3_PTemp.nc_PTemp_001200.png	sugiyama3_PTemp.nc_PTemp_001800.png	sugiyama3_PTemp.nc_PTemp_002400.png	sugiyama3_PTemp.nc_PTemp_003000.png	sugiyama3_PTemp.nc_PTemp_003600.png	sugiyama3_PTemp.nc_PTemp_004200.png
sugiyama2_VelX.nc_VelX_000000.png	sugiyama2_VelX.nc_VelX_000600.png	sugiyama2_VelX.nc_VelX_001200.png	sugiyama2_VelX.nc_VelX_001800.png	sugiyama2_VelX.nc_VelX_002400.png	sugiyama2_VelX.nc_VelX_003000.png	sugiyama2_VelX.nc_VelX_003600.png	sugiyama2_VelX.nc_VelX_004200.png
sugiyama3_VelX.nc_VelX_000000.png	sugiyama3_VelX.nc_VelX_000600.png	sugiyama3_VelX.nc_VelX_001200.png	sugiyama3_VelX.nc_VelX_001800.png	sugiyama3_VelX.nc_VelX_002400.png	sugiyama3_VelX.nc_VelX_003000.png	sugiyama3_VelX.nc_VelX_003600.png	sugiyama3_VelX.nc_VelX_004200.png
sugiyama2_VelZ.nc_VelZ_000000.png	sugiyama2_VelZ.nc_VelZ_000600.png	sugiyama2_VelZ.nc_VelZ_001200.png	sugiyama2_VelZ.nc_VelZ_001800.png	sugiyama2_VelZ.nc_VelZ_002400.png	sugiyama2_VelZ.nc_VelZ_003000.png	sugiyama2_VelZ.nc_VelZ_003600.png	sugiyama2_VelZ.nc_VelZ_004200.png
sugiyama3_VelZ.nc_VelZ_000000.png	sugiyama3_VelZ.nc_VelZ_000600.png	sugiyama3_VelZ.nc_VelZ_001200.png	sugiyama3_VelZ.nc_VelZ_001800.png	sugiyama3_VelZ.nc_VelZ_002400.png	sugiyama3_VelZ.nc_VelZ_003000.png	sugiyama3_VelZ.nc_VelZ_003600.png	sugiyama3_VelZ.nc_VelZ_004200.png
sugiyama2_H2O-g.nc_H2O-g_000000.png	sugiyama2_H2O-g.nc_H2O-g_000600.png	sugiyama2_H2O-g.nc_H2O-g_001200.png	sugiyama2_H2O-g.nc_H2O-g_001800.png	sugiyama2_H2O-g.nc_H2O-g_002400.png	sugiyama2_H2O-g.nc_H2O-g_003000.png	sugiyama2_H2O-g.nc_H2O-g_003600.png	sugiyama2_H2O-g.nc_H2O-g_004200.png
sugiyama3_H2O-g.nc_H2O-g_000000.png	sugiyama3_H2O-g.nc_H2O-g_000600.png	sugiyama3_H2O-g.nc_H2O-g_001200.png	sugiyama3_H2O-g.nc_H2O-g_001800.png	sugiyama3_H2O-g.nc_H2O-g_002400.png	sugiyama3_H2O-g.nc_H2O-g_003000.png	sugiyama3_H2O-g.nc_H2O-g_003600.png	sugiyama3_H2O-g.nc_H2O-g_004200.png
sugiyama2_H2O-l-Cloud.nc_H2O-l-Cloud_000000.png	sugiyama2_H2O-l-Cloud.nc_H2O-l-Cloud_000600.png	sugiyama2_H2O-l-Cloud.nc_H2O-l-Cloud_001200.png	sugiyama2_H2O-l-Cloud.nc_H2O-l-Cloud_001800.png	sugiyama2_H2O-l-Cloud.nc_H2O-l-Cloud_002400.png	sugiyama2_H2O-l-Cloud.nc_H2O-l-Cloud_003000.png	sugiyama2_H2O-l-Cloud.nc_H2O-l-Cloud_003600.png	sugiyama2_H2O-l-Cloud.nc_H2O-l-Cloud_004200.png
sugiyama3_H2O-l-Cloud.nc_H2O-l-Cloud_000000.png	sugiyama3_H2O-l-Cloud.nc_H2O-l-Cloud_000600.png	sugiyama3_H2O-l-Cloud.nc_H2O-l-Cloud_001200.png	sugiyama3_H2O-l-Cloud.nc_H2O-l-Cloud_001800.png	sugiyama3_H2O-l-Cloud.nc_H2O-l-Cloud_002400.png	sugiyama3_H2O-l-Cloud.nc_H2O-l-Cloud_003000.png	sugiyama3_H2O-l-Cloud.nc_H2O-l-Cloud_003600.png	sugiyama3_H2O-l-Cloud.nc_H2O-l-Cloud_004200.png
sugiyama2_H2O-l-Rain.nc_H2O-l-Rain_000000.png	sugiyama2_H2O-l-Rain.nc_H2O-l-Rain_000600.png	sugiyama2_H2O-l-Rain.nc_H2O-l-Rain_001200.png	sugiyama2_H2O-l-Rain.nc_H2O-l-Rain_001800.png	sugiyama2_H2O-l-Rain.nc_H2O-l-Rain_002400.png	sugiyama2_H2O-l-Rain.nc_H2O-l-Rain_003000.png	sugiyama2_H2O-l-Rain.nc_H2O-l-Rain_003600.png	sugiyama2_H2O-l-Rain.nc_H2O-l-Rain_004200.png
sugiyama3_H2O-l-Rain.nc_H2O-l-Rain_000000.png	sugiyama3_H2O-l-Rain.nc_H2O-l-Rain_000600.png	sugiyama3_H2O-l-Rain.nc_H2O-l-Rain_001200.png	sugiyama3_H2O-l-Rain.nc_H2O-l-Rain_001800.png	sugiyama3_H2O-l-Rain.nc_H2O-l-Rain_002400.png	sugiyama3_H2O-l-Rain.nc_H2O-l-Rain_003000.png	sugiyama3_H2O-l-Rain.nc_H2O-l-Rain_003600.png	sugiyama3_H2O-l-Rain.nc_H2O-l-Rain_004200.png