9 chapters solved: G01, G02, G03, G04, G05, G06, G07, G08, G09.
已完成 9 章：G01, G02, G03, G04, G05, G06, G07, G08, G09。
Accepted current-chapter answers: G06.
已接受的当前章节作答：G06。
Inherited completion: G01, G02, G03, G04, G05, G07, G08, G09.
继承的完成记录：G01, G02, G03, G04, G05, G07, G08, G09。
Next in the laser/PFC project route: J01 · Pressure impulse, cavity energy and symmetry breaking. Prepared; awaiting your synthesis answer.
激光／PFC 项目路线的下一章：J01 · 压力冲量、腔体能量与对称性破缺。内容已备妥，等待您的综合作答。
Next in the textbook reference route: G13 · A reproducible numerical laboratory.
教材参考路线的下一章：G13 · 可复现数值实验。
Current required project route
当前项目必学路线
Start with J01: pressure impulse, cavity energy and symmetry breaking, then J02 interface motion and focusing → J03 transport and breakup → J04 impact pressure and finite limits. These substantial chapters close generic jet mechanics with derivations, solved benchmarks and comprehensive calculations before L01 introduces laser/PFC thermodynamics.
从J01：压力冲量、腔体能量与对称性破缺开始，再依次学习 J02 界面运动与聚焦 → J03 输运与破碎 → J04 冲击压力与有限极限。完整章节通过推导、已解对照及综合计算完成通用射流力学，再由L01 引入激光／PFC 热力学。
Read the jet-theory chain and stage-to-stage inputs. Then deepen source thermodynamics and compare three architectures, both film/PVC force paths, multiple PFC benefits and the single-shot/repeatable output envelopes. The physical causal chain still starts with optical deposition; the teaching order first solves mechanics using a declared source.
阅读射流理论链及各阶段传递输入。随后深入源热力学，并比较三种结构、薄膜／PVC 的两条受力路径、多种 PFC 优点及单次／可重复输出范围。实际因果链仍从光学沉积开始；教学顺序先使用声明源求解力学。
Explore and compare possible mechanisms and experiments · Saved course settings.
Harmonic oscillation and external acoustic forcing are supporting references. Nonlinear growth, collapse, rebound, compressibility and laser-generated pressure transients remain relevant when they determine phase evolution, jet formation or transfer loads. The complete textbook route below is retained for lookup.
简谐振荡与外加声波驱动属于辅助参考。非线性生长、塌缩、回弹、可压缩性及激光产生的压力瞬态，在决定相态演化、射流形成或转印载荷时仍属相关内容。下方完整教材路线保留供查阅。
| Project unit / 项目单元 | Study state / 学习状态 |
|---|---|
Prepared; awaiting synthesis 已备妥；待综合作答 | |
J02 · Moving interfaces, jet formation and geometric focusing | Prepared; awaiting synthesis 已备妥；待综合作答 |
Prepared; awaiting synthesis 已备妥；待综合作答 | |
Prepared; awaiting synthesis 已备妥；待综合作答 | |
Prepared; awaiting synthesis 已备妥；待综合作答 | |
L02 · Optical heating and finite PFC phase closure L02 · 光学加热与有限 PFC 相变闭合 | Planned deepening; reference material below 计划深入；参考资料见下方 |
L03 · Resolved jets and geometry-specific transfer mechanisms L03 · 解析射流及依赖几何的转印机理 | Planned deepening; reference material below 计划深入；参考资料见下方 |
L04 · Conditional pressure/velocity limits and release-interface loading L04 · 有条件压力／速度极限及释放界面加载 | Planned deepening; reference material below 计划深入；参考资料见下方 |
Existing appendix; specialized extension planned 已有附录；计划专门扩展 | |
B · One bubble, 3–5 bubbles, finite arrays and uniform-fluid checks | Existing appendix; specialized extension planned 已有附录；计划专门扩展 |
COMSOL modeling lessons · M1–M4
COMSOL 建模课程 · M1—M4
Continue after the existing project courses. Follow 328 numbered COMSOL GUI steps, beginning with a 0D benchmark and continuing to two verified 3D models. Each stage includes exact inputs, expected results and save points.
接续已有项目课程。按 328 个编号 COMSOL 界面步骤操作，从零维基准开始，逐步建立两套已核验三维模型。每阶段均提供精确输入、预期结果及存档点。
| Unit / 单元 | Lesson / 课程 | Study state / 学习状态 |
|---|---|---|
| M1 | Prepared; awaiting independent rebuild 已备妥；待独立重建 | |
| M2 | Prepared; awaiting independent rebuild 已备妥；待独立重建 | |
| M3 | Prepared; awaiting independent rebuild 已备妥；待独立重建 | |
| M4 | Prepared; awaiting independent rebuild 已备妥；待独立重建 |
Start the first model · GUI basics · Worked theory · Results and rebuild materials
Use the focused project path above; the complete schedule retains both original textbooks and their reference order.
使用上方项目聚焦路线；完整安排保留两部原教材及其参考顺序。