[地球流体電脳倶楽部] [dcmodel | dcmodel-tools] [dcmodel-thum.rb]

deepconv/arare4 : H2O の凝縮を考慮した対流雲の生成発達

計算の概要

湿度 99% の気塊を大気深部から上昇させた際に発生する対流雲の生成発達を調べる. 系の設定は Hueso and Sanchez-Lavega (2001) を参考にした.

この計算は, 飽和調節法の計算ルーチンの確からしさを検討するために行った.

計算設定

• 基本場の設定
  • 温度: 10 bar 〜 0.1 bar まで等温位, 0.1 bar 〜 0.02 bar は温度一定
  • 相対湿度: 99%
  • 放射強制なし
• 大気成分
  • 乾燥成分: H2, He
  • 凝結成分: H2O
    • H2O: 太陽組成の 1 倍
• 計算領域と時間ステップ
  • 領域:
    • 水平 150 km,
    • 鉛直 150 km (10 bar 〜 0.02 bar)
  • 解像度: 3.0 km (水平・鉛直とも)
  • 時間ステップ
    • 長い時間ステップ: 4 秒
    • 短い時間ステップ: 0.4 秒 (音波に対するクーラン数は約 0.3)
  • 境界条件
    • 水平境界: 周期境界条件
    • 上下境界: 応力なし
• 初期条件
  • H2O の凝結高度の下(5.7 bar)に, 5 km × 5 km の温位擾乱(Δθ= 0.15)

設定ファイル

arare.conf

主な見所と結果一覧

sv1_MixRt_s1_anim.gif

sv1_MixRt_s1_t0000.png

sv1_MixRt_s1_t0400.png

sv1_MixRt_s1_t0800.png

sv1_MixRt_s1_t1200.png

sv1_MixRt_s1_t1600.png

sv1_MixRt_s1_t2000.png

sv1_MixRt_s1_t2400.png

sv1_MixRt_s1_t2800.png

sv1_MixRt_s1_t3200.png

sv1_MixRt_s1_t3600.png

sv1_MixRt_s1_t4000.png

sv1_MixRt_s1_t4400.png

sv1_MixRt_s1_t4800.png

sv1_MixRt_s1_t5200.png

sv1_MixRt_s1_t5600.png

sv1_MixRt_s1_t6000.png

sv1_MixRt_s1_t6400.png

sv1_MixRt_s1_t6800.png

sv1_MixRt_s2_anim.gif

sv1_MixRt_s2_t0000.png

sv1_MixRt_s2_t0400.png

sv1_MixRt_s2_t0800.png

sv1_MixRt_s2_t1200.png

sv1_MixRt_s2_t1600.png

sv1_MixRt_s2_t2000.png

sv1_MixRt_s2_t2400.png

sv1_MixRt_s2_t2800.png

sv1_MixRt_s2_t3200.png

sv1_MixRt_s2_t3600.png

sv1_MixRt_s2_t4000.png

sv1_MixRt_s2_t4400.png

sv1_MixRt_s2_t4800.png

sv1_MixRt_s2_t5200.png

sv1_MixRt_s2_t5600.png

sv1_MixRt_s2_t6000.png

sv1_MixRt_s2_t6400.png

sv1_MixRt_s2_t6800.png

sv1_MixRt_s3_anim.gif

sv1_MixRt_s3_t0000.png

sv1_MixRt_s3_t0400.png

sv1_MixRt_s3_t0800.png

sv1_MixRt_s3_t1200.png

sv1_MixRt_s3_t1600.png

sv1_MixRt_s3_t2000.png

sv1_MixRt_s3_t2400.png

sv1_MixRt_s3_t2800.png

sv1_MixRt_s3_t3200.png

sv1_MixRt_s3_t3600.png

sv1_MixRt_s3_t4000.png

sv1_MixRt_s3_t4400.png

sv1_MixRt_s3_t4800.png

sv1_MixRt_s3_t5200.png

sv1_MixRt_s3_t5600.png

sv1_MixRt_s3_t6000.png

sv1_MixRt_s3_t6400.png

sv1_MixRt_s3_t6800.png

sv1_MixRt_s4_anim.gif

sv1_MixRt_s4_t0000.png

sv1_MixRt_s4_t0400.png

sv1_MixRt_s4_t0800.png

sv1_MixRt_s4_t1200.png

sv1_MixRt_s4_t1600.png

sv1_MixRt_s4_t2000.png

sv1_MixRt_s4_t2400.png

sv1_MixRt_s4_t2800.png

sv1_MixRt_s4_t3200.png

sv1_MixRt_s4_t3600.png

sv1_MixRt_s4_t4000.png

sv1_MixRt_s4_t4400.png

sv1_MixRt_s4_t4800.png

sv1_MixRt_s4_t5200.png

sv1_MixRt_s4_t5600.png

sv1_MixRt_s4_t6000.png

sv1_MixRt_s4_t6400.png

sv1_MixRt_s4_t6800.png

sv1_MixRt_s5_anim.gif

sv1_MixRt_s5_t0000.png

sv1_MixRt_s5_t0400.png

sv1_MixRt_s5_t0800.png

sv1_MixRt_s5_t1200.png

sv1_MixRt_s5_t1600.png

sv1_MixRt_s5_t2000.png

sv1_MixRt_s5_t2400.png

sv1_MixRt_s5_t2800.png

sv1_MixRt_s5_t3200.png

sv1_MixRt_s5_t3600.png

sv1_MixRt_s5_t4000.png

sv1_MixRt_s5_t4400.png

sv1_MixRt_s5_t4800.png

sv1_MixRt_s5_t5200.png

sv1_MixRt_s5_t5600.png

sv1_MixRt_s5_t6000.png

sv1_MixRt_s5_t6400.png

sv1_MixRt_s5_t6800.png

sv1_PotTemp_anim.gif

sv1_PotTemp_t0000.png

sv1_PotTemp_t0400.png

sv1_PotTemp_t0800.png

sv1_PotTemp_t1200.png

sv1_PotTemp_t1600.png

sv1_PotTemp_t2000.png

sv1_PotTemp_t2400.png

sv1_PotTemp_t2800.png

sv1_PotTemp_t3200.png

sv1_PotTemp_t3600.png

sv1_PotTemp_t4000.png

sv1_PotTemp_t4400.png

sv1_PotTemp_t4800.png

sv1_PotTemp_t5200.png

sv1_PotTemp_t5600.png

sv1_PotTemp_t6000.png

sv1_PotTemp_t6400.png

sv1_PotTemp_t6800.png

sv1_VelX_anim.gif

sv1_VelX_t0000.png

sv1_VelX_t0400.png

sv1_VelX_t0800.png

sv1_VelX_t1200.png

sv1_VelX_t1600.png

sv1_VelX_t2000.png

sv1_VelX_t2400.png

sv1_VelX_t2800.png

sv1_VelX_t3200.png

sv1_VelX_t3600.png

sv1_VelX_t4000.png

sv1_VelX_t4400.png

sv1_VelX_t4800.png

sv1_VelX_t5200.png

sv1_VelX_t5600.png

sv1_VelX_t6000.png

sv1_VelX_t6400.png

sv1_VelX_t6800.png

sv1_VelZ_anim.gif

sv1_VelZ_t0000.png

sv1_VelZ_t0400.png

sv1_VelZ_t0800.png

sv1_VelZ_t1200.png

sv1_VelZ_t1600.png

sv1_VelZ_t2000.png

sv1_VelZ_t2400.png

sv1_VelZ_t2800.png

sv1_VelZ_t3200.png

sv1_VelZ_t3600.png

sv1_VelZ_t4000.png

sv1_VelZ_t4400.png

sv1_VelZ_t4800.png

sv1_VelZ_t5200.png

sv1_VelZ_t5600.png

sv1_VelZ_t6000.png

sv1_VelZ_t6400.png

sv1_VelZ_t6800.png