{
  "updated_date": "2026-10-08",
  "project": "Laser-induced PFC cavitation transfer",
  "required_study_sequence": [
    "J01",
    "J02",
    "J03",
    "J04",
    "L01",
    "L02",
    "L03",
    "L04",
    "A",
    "B"
  ],
  "jet_foundation_modules": [
    {
      "code": "J01",
      "title_en": "Pressure impulse, cavity energy and symmetry breaking",
      "title_zh": "压力冲量、腔体能量与对称性破缺",
      "path": "course/chapters/J01-impulse-energy-and-asymmetry.html",
      "status": "pending"
    },
    {
      "code": "J02",
      "title_en": "Moving interfaces, jet formation and geometric focusing",
      "title_zh": "运动界面、射流形成与几何聚焦",
      "path": "course/chapters/J02-interface-motion-and-focusing.html",
      "status": "pending"
    },
    {
      "code": "J03",
      "title_en": "Jet transport, capillary instability and breakup",
      "title_zh": "射流输运、毛细失稳与破碎",
      "path": "course/chapters/J03-transport-instability-and-breakup.html",
      "status": "pending"
    },
    {
      "code": "J04",
      "title_en": "Jet impact, observed pressure and finite limits",
      "title_zh": "射流冲击、观测压力与有限极限",
      "path": "course/chapters/J04-impact-pressure-and-finite-limits.html",
      "status": "pending"
    }
  ],
  "teaching_order": "Complete generic jet forcing, formation, transport and impact theory before laser/PFC source specialization.",
  "chapter_arrangement": "Substantial multi-concept chapters: assumptions, derivations, solved benchmarks, refinements, integrated calculations and formula-first reference answers. Arrangement follows earlier pressure-limit chapters.",
  "theory_completion_scope": "Governing/closure/initial/boundary data and solved analytical controls, with conservation and regime checks. Actual nonlinear target jets still require spatial solutions; no universal closed-form maximum is claimed.",
  "required_theory_path": [
    "optical deposition",
    "heat transport",
    "finite phase inventory and EOS",
    "nonlinear bubble/interface dynamics",
    "identified jet and shock mechanisms",
    "transmitted load and release"
  ],
  "project_modules": [
    {
      "code": "J01",
      "title_en": "Pressure impulse, cavity energy and symmetry breaking",
      "title_zh": "压力冲量、腔体能量与对称性破缺",
      "path": "course/chapters/J01-impulse-energy-and-asymmetry.html",
      "status": "pending"
    },
    {
      "code": "J02",
      "title_en": "Moving interfaces, jet formation and geometric focusing",
      "title_zh": "运动界面、射流形成与几何聚焦",
      "path": "course/chapters/J02-interface-motion-and-focusing.html",
      "status": "pending"
    },
    {
      "code": "J03",
      "title_en": "Jet transport, capillary instability and breakup",
      "title_zh": "射流输运、毛细失稳与破碎",
      "path": "course/chapters/J03-transport-instability-and-breakup.html",
      "status": "pending"
    },
    {
      "code": "J04",
      "title_en": "Jet impact, observed pressure and finite limits",
      "title_zh": "射流冲击、观测压力与有限极限",
      "path": "course/chapters/J04-impact-pressure-and-finite-limits.html",
      "status": "pending"
    },
    {
      "code": "L01",
      "title_en": "Laser energy, phase thermodynamics and jet mechanisms",
      "title_zh": "激光能量、相变热力学与射流机理",
      "path": "course/chapters/L01-laser-phase-and-jet-mechanisms.html",
      "status": "pending"
    },
    {
      "code": "L02",
      "title_en": "Optical heating and finite PFC phase closure",
      "title_zh": "光学加热与有限 PFC 相变闭合",
      "status": "planned",
      "references": [
        "course/chapters/T01-optical-deposition.html",
        "course/chapters/G11-phase-change-droplets.html"
      ]
    },
    {
      "code": "L03",
      "title_en": "Resolved jets and geometry-specific transfer mechanisms",
      "title_zh": "解析射流及依赖几何的转印机理",
      "status": "planned",
      "references": [
        "course/chapters/G09-jets-and-transfer.html",
        "course/chapters/T03-bubble-load-mapping.html"
      ]
    },
    {
      "code": "L04",
      "title_en": "Conditional pressure/velocity limits and release-interface loading",
      "title_zh": "有条件压力／速度极限及释放界面加载",
      "status": "planned",
      "references": [
        "course/appendixes/B-pressure-limits.html"
      ]
    },
    {
      "code": "A",
      "title_en": "Hydrogel/PFC: phase, confinement, channels and damage",
      "title_zh": "水凝胶／PFC：相变、约束、通道与损伤",
      "status": "reference_to_extend",
      "path": "course/appendixes/A-hydrogel.html"
    },
    {
      "code": "B",
      "title_en": "One bubble, 3–5 bubbles, finite arrays and uniform-fluid checks",
      "title_zh": "单泡、三至五泡、有限阵列及均匀流体核验",
      "status": "reference_to_extend",
      "path": "course/appendixes/B-pressure-limits.html"
    }
  ],
  "textbook_role": "Complete reference library; source order retained",
  "harmonic_oscillation_role": "Optional loss/interaction or validation control; no required extended detour",
  "architectures": [
    "PFC in finite water-droplet stamp",
    "Primary PFC-containing carrier layer below film/PVC",
    "PFC embedded in hydrogel"
  ],
  "primary_force_paths": [
    "direct liquid-to-film",
    "liquid-to-intact-PVC-to-film"
  ],
  "objectives": [
    "highest verified single-shot output under stated constraints",
    "repeatable intact-transfer envelope"
  ],
  "exploration_policy": "Preserve multiple hypotheses and benefits; compare discriminating tests without forced early selection",
  "learning_format": {
    "artifacts": "English-Chinese",
    "conversation": "English",
    "packed_chapters": true,
    "formula_first_reference_answers": true,
    "immediate_variable_labeled_formula_figures": true,
    "radius_derivatives": "Newton dots",
    "day_night_toggle": true,
    "paired_technical_colors": true,
    "one_brief_synthesis_per_exchange": true,
    "prepared_content_is_mastery": false
  },
  "modeler_assignment": "Build and solve fresh COMSOL theory checks; verify and teach independent reconstruction",
  "preparer_COMSOL_execution": false,
  "unpublished_source_files_public": false,
  "material_reference_policy": "Recover earlier published PFC properties for named controls and sensitivity; verify source/state/formulation, without importing previous simulation outputs."
}