{
  "title": "Denken Study Models",
  "compiled_on": "2026-11-02",
  "scope": "Denken-relevant artifacts split from yamaryosan/3d-model-archive (ChatGPT Library recovery); exhaustive coverage not guaranteed",
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      "description": "ゲート電圧・ドレイン電圧を操作して電流や動作領域を可視化する。",
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      "category": "機械",
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      "description": "送電線のπ形等価回路と電圧・電流ベクトル、分路リアクトルを操作する。",
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    {
      "id": "hydro-turbine-specific-speed",
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      "category": "水力",
      "title": "水車の比速度",
      "description": "ペルトン・フランシス・プロペラ水車の形状と水流方向を比較。",
      "entry_html": "models/hydro-turbine-specific-speed/ぐる3D_水車の比速度.html",
      "technology": "Three.js / WebGL",
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      "id": "elec-thyristor-bridge",
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      "category": "電気",
      "title": "単相全制御サイリスタブリッジの点弧角",
      "technology": "SVG / JavaScript",
      "description": "点弧角αを変更して交流・直流側電圧波形を比較する。",
      "entry_html": "labs/elec-thyristor-bridge/thyristor_bridge_alpha_slider.html",
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      "files": [
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    },
    {
      "id": "elec-armature-reaction",
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      "title": "同期発電機の電機子反作用",
      "description": "同期発電機における電機子磁界と主磁界の関係を3Dで表示。",
      "entry_html": "models/elec-armature-reaction/armature_reaction_3d.html",
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    },
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      "description": "同期機の制動巻線、すべり、始動作用を段階的に可視化。",
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      "title": "単相ブリッジ整流",
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      "description": "整流ダイオードと電流経路、半周期ごとの波形を操作して確認する。",
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      "title": "リレーシーケンス",
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      "description": "IGBTと逆並列ダイオードの電流経路、RL負荷と出力波形を可視化する。",
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      ],
      "kind": "three_dimensional_or_pseudo3d",
      "denken_subject": "法規",
      "denken_topic": "電技解釈・離隔距離（第1次・第2次接近状態）"
    }
  ]
}