This is an original textbook reference supplement. Its original appendix numbering is preserved inside the source text. The course’s two extension appendixes are hydrogel (A) and pressure limits (B).
这是原教材参考补充，正文保留原教材附录编号。课程的两个扩展附录为水凝胶（A）与压力极限（B）。
Appendix B. Annotated atlas of your 35 papers
附录B：所提供35篇论文的注释地图
The entries below preserve the source IDs in your ZIP. Bibliographic titles are given in their original language, followed by a Chinese rendering for study. Short author lists here are expanded in references.bib. A paper used as contextual reading is not being claimed as a fully reproduced or comprehensively reviewed study.
下列条目保留ZIP中的来源编号。文献题名先保留原文，再提供用于学习的中文译名；此处缩略的作者列表在references.bib中展开。作为背景阅读使用的论文，不被宣称为已完整复现或全面评述的研究。
Metadata were corrected where the supplied PDF directly resolved missing journal information or misleading filenames. S371 is cited by its supplied online accepted version rather than assigning an unverified issue year; S408 uses the actual authors; S406 and S410 retain their full article titles rather than filename shorthand. The original export and these corrections remain distinguishable in source_manifest.json.
当所提供PDF能够直接补全期刊信息或纠正误导性文件名时，已修正文献元数据。S371按所提供在线接收版本引用，不强行赋予未核实卷期年份；S408使用实际作者；S406和S410保留完整论文题名，而非文件名缩写。source_manifest.json保留原始导出信息与这些修正之间的区别。
S72. Laser-driven noncontact bubble transfer printing via a hydrogel composite stamp
Chenglong Li, Hongyu Luo, Xinyi Lin, et al. (2024). Proceedings of the National Academy of Sciences 121, e2318739121. DOI: 10.1073/pnas.2318739121.
中文题名：利用水凝胶复合印章实现激光驱动非接触气泡转印。
Core application for phase-change-driven stamp deformation and adhesion change. Read alongside Chapters 10, 12, and 15. It does not establish that every bubble-driven transfer process works through liquid microjet impact.
相变驱动印章变形与黏附改变的核心应用文献，配合第10、12和15章阅读。它并不证明所有气泡驱动转印都通过液体微射流冲击实现。
Coverage: Abstract and mechanism passages checked; no quantitative adhesion fit reproduced.
检查范围：已检查摘要与机制段落，未复现定量黏附拟合。
S250. Laser-induced droplet deformation: curvature inversion explained from instantaneous pressure impulse
Hugo Leonardo França, Hermann Karl Schubert, Oscar Versolato, et al. (2025). Journal of Fluid Mechanics 1020, A21. DOI: 10.1017/jfm.2025.10665.
中文题名：激光诱导液滴变形：瞬时压力冲量解释曲率反转。
Methodological bridge to spatial pressure impulse. Its laser-driven tin droplet is not the same geometry as a cavitating donor liquid. Use it to ask how the loading profile, not just its integral, controls deformation.
通向空间压力冲量方法的桥梁。其激光驱动锡液滴不同于发生空化的供体液体，应借此研究加载分布而不只是总积分如何控制变形。
Coverage: Abstract and model overview checked; deformation data not reanalyzed.
检查范围：已检查摘要与模型概述，未重新分析变形数据。
S251. Nozzle-Free Printing of CNT Electronics Using Laser-Generated Focused Ultrasound
Sarah Seva, Benjamin Rorem, Karthik Chinnathambi, et al. (2024). Small Methods 8, 2301596. DOI: 10.1002/smtd.202301596.
中文题名：利用激光产生的聚焦超声无喷嘴打印CNT电子器件。
Application continuation of focused-ultrasound jet printing. Useful after the mechanism analysis of S390; it connects source physics to printed CNT devices rather than supplying a universal fluid or adhesion model.
聚焦超声射流打印的后续应用，适合在理解S390机制后阅读。它将源物理连接到CNT器件打印，而不提供普适流体或黏附模型。
Coverage: Abstract and application overview checked.
检查范围：已检查摘要与应用概述。
S252. Super-Resolution Ultrasound Imaging in Vivo with Transient Laser-Activated Nanodroplets
Geoffrey P. Luke, Alexander S. Hannah, Stanislav Y. Emelianov (2016). Nano Letters 16, 2556–2559. DOI: 10.1021/acs.nanolett.6b00108.
中文题名：利用瞬态激光激活纳米液滴实现活体超分辨超声成像。
Demonstrates why repeated transient activation can be useful without identifying every event as violent inertial collapse. Read as an imaging application of phase-change dynamics, not as a collapse-pressure benchmark.
说明重复瞬态激活即使不等于每次剧烈惯性塌缩，也具有应用价值。应作为相变动力学的成像应用阅读，而非塌缩压力基准。
Coverage: Abstract and introductory mechanism checked.
检查范围：已检查摘要与引言机制。
S339. Dynamics of laser-induced cavitation bubbles near an elastic boundary
Emil-Alexandru Brujan, Kester Nahen, Peter Schmidt, et al. (2001). Journal of Fluid Mechanics 433, 251–281. DOI: 10.1017/s0022112000003347.
中文题名：弹性边界附近激光诱导空化气泡的动力学。
Core warning against rigid-wall intuition for compliant boundaries. Bubble splitting, boundary rebound, and jets in different directions motivate Chapters 8 and 12. Reported peak values belong to its specific experiment.
提醒不能将刚壁直觉用于柔性边界的核心文献。气泡分裂、边界回弹与不同方向射流启发第8和12章；文中峰值仅属于其特定实验。
Coverage: Image-only PDF: first-page overview read visually; full image sequence and quantitative series not reanalyzed.
检查范围：PDF为图像型，已视觉阅读首页概述；未重新分析完整图像序列与定量数据。
S340. Shock-wave-induced Thin-film Delamination (SWIFD): A Non-thermal Structuring Method of Functional Layers
Pierre Lorenz, Martin Ehrhardt, Lukas Bayer, et al. (2016). Physics Procedia 83, 240–248. DOI: 10.1016/j.phpro.2016.08.018.
中文题名：冲击波诱导薄膜分层：功能层的非热结构化方法。
Contrasting load pathway: remote stress-wave generation can remove a functional layer without making a nearby bubble the direct actuator. Useful for separating source, transmission, and failure mechanisms.
提供对照加载路径：远端生成的应力波可移除功能层，而不需要邻近气泡直接驱动。用于区分源、传递与失效机制。
Coverage: First page read visually because much of the text layer is garbled; numerical results not reanalyzed.
检查范围：因大量文字层乱码，已视觉阅读首页；未重新分析数值结果。
S343. Cavitation bubble evidence in BA-LIFT processes
J. Moreno-Labella, D. Munoz-Martin, M. Morales, et al. (2021). Results in Physics 22, 103955. DOI: 10.1016/j.rinp.2021.103955.
中文题名：BA-LIFT过程中存在空化气泡的证据。
Important evidence that blister motion and liquid cavitation can be coupled. Its modified observation geometry supports mechanism identification; it should not be treated as proof that every blister-transfer stack behaves identically.
说明鼓包运动与液体空化可以耦合的重要证据。其改进观测几何支持机制识别，但不能证明所有鼓包转移层状体系行为相同。
Coverage: Abstract and observation-method description checked.
检查范围：已检查摘要与观测方法说明。
S345. Destructive mechanisms in laser induced forward transfer
Maziyar Jalaal, Shuai Li, Martin Klein Schaarsberg, et al. (2019). Applied Physics Letters 114, 213703. DOI: 10.1063/1.5095520.
中文题名：激光诱导前向转移中的破坏机制。
Explains why unintended breakdown sites and secondary cavitation can degrade repeatability. Use with S346 to distinguish productive and destructive transfer regimes.
解释非预期击穿位置和次生空化为何可能降低重复性，适合与S346一起区分有效转移与破坏性工况。
Coverage: Abstract and mechanism summary checked.
检查范围：已检查摘要与机制总结。
S346. Time-resolved imaging of the laser forward transfer of liquids
M. Duocastella, J. M. Fernández-Pradas, J. L. Morenza, et al. (2009). Journal of Applied Physics 106, 084907. DOI: 10.1063/1.3248304.
中文题名：液体激光前向转移的时间分辨成像。
Core experimental illustration of different transfer outcomes as fluence changes. Productive jetting is a window between insufficient delivery and excessive breakup, under the studied conditions.
展示激光能流密度变化如何导致不同转移结果的核心实验文献。在所研究条件下，有效射流位于输运不足与过度破裂之间的窗口。
Coverage: Abstract and outcome classification checked; image data not digitized.
检查范围：已检查摘要与结果分类，未对图像数据进行数字化提取。
S348. Nanodroplet vaporization with pulsed-laser excitation repeatedly amplifies photoacoustic signals at low vaporization thresholds
Maria Inês P. Mendes, Carlos D. F. Coelho, Fábio A. Schaberle, et al. (2023). RSC Advances 13, 35040–35049. DOI: 10.1039/D3RA05639B.
中文题名：脉冲激光激发纳米液滴汽化，在低阈值下重复增强光声信号。
Explores repeated vaporization and recondensation in a particular absorber-containing formulation. Relevant to thermal history and repeatability, not a universal activation threshold.
研究特定含吸收剂配方中的重复汽化与再凝结，与热历史和重复性相关，但不提供普适激活阈值。
Coverage: Abstract and formulation overview checked.
检查范围：已检查摘要与配方概述。
S349. Factors Influencing the Repeated Transient Optical Droplet Vaporization Threshold and Lifetimes of Phase Change, Perfluorocarbon Nanodroplets
Andrew X. Zhao, Yiying I. Zhu, Euisuk Chung, et al. (2023). Nanomaterials 13, 2238. DOI: 10.3390/nano13152238.
中文题名：影响相变全氟碳纳米液滴重复瞬态光汽化阈值与寿命的因素。
Helps distinguish first-pulse activation from repeated activation and gas-phase lifetime. Use when designing a parameter ledger that includes conditioning and pulse history.
帮助区分首次脉冲激活、重复激活与气相寿命，适用于建立包含预处理和脉冲历史的参数台账。
Coverage: Abstract and factor overview checked.
检查范围：已检查摘要与因素概述。
S350. Biomedical photoacoustics beyond thermal expansion using triggered nanodroplet vaporization for contrast-enhanced imaging
Katheryne Wilson, Kimberly Homan, Stanislav Emelianov (2012). Nature Communications 3, 618. DOI: 10.1038/ncomms1627.
中文题名：超越热膨胀的生物医学光声：触发纳米液滴汽化以增强成像对比。
Foundational phase-change photoacoustic example. Distinguishes vaporization-generated volume change from ordinary thermoelastic expansion. Biomedical outcomes are not extrapolated to general safety claims.
相变光声的基础示例，区分汽化体积变化与普通热弹性膨胀。书中不将其生物医学结果外推为普遍安全性结论。
Coverage: Abstract and mechanism overview checked.
检查范围：已检查摘要与机制概述。
S351. Vaporization of perfluorocarbon droplets using optical irradiation
Eric Strohm, Min Rui, Ivan Gorelikov, et al. (2011). Biomedical Optics Express 2, 1432–1442. DOI: 10.1364/BOE.2.001432.
中文题名：使用光辐照使全氟碳液滴汽化。
Early optical-droplet-vaporization example emphasizing the role of optical absorbers. Supports the need to identify where laser energy is deposited before selecting a thermal source.
早期光致液滴汽化示例，强调光吸收体的作用，支持在选择热源前先明确激光能量沉积位置。
Coverage: Abstract and absorber description checked.
检查范围：已检查摘要与吸收体说明。
S355. Dynamics of pulsed laser-induced cavities on a liquid–gas interface: from a conical splash to a ‘bullet’ jet
Juan Manuel Rosselló, Hendrik Reese, Claus-Dieter Ohl (2022). Journal of Fluid Mechanics 939, A35. DOI: 10.1017/jfm.2022.223.
中文题名：液—气界面上脉冲激光诱导空腔的动力学：从锥形飞溅到子弹状射流。
Core free-surface topology example. Opposing jets and surface closure show why an ejected jet cannot be inferred from spherical radius alone.
自由面拓扑变化的核心实例。相向射流与表面闭合说明，不能仅凭球形半径推断喷出射流。
Coverage: Abstract and free-surface mechanism checked.
检查范围：已检查摘要与自由面机制。
S362. Cavitation bubble induced wall shear stress on an elastic boundary
Hendrik Reese, Siew-Wan Ohl, Claus-Dieter Ohl (2023). Physics of Fluids 35, 076122. DOI: 10.1063/5.0156507.
中文题名：弹性边界上由空化气泡诱导的壁面剪切应力。
Connects measured solid deformation with viscous compressible fluid–structure modeling. Relevant to tangential loading and off-center deformation, which a scalar bubble-pressure input misses.
连接固体变形测量与黏性可压缩流固耦合模型，涉及单一气泡压力输入无法表达的切向载荷和偏心变形。
Coverage: Abstract and measurement/model overview checked.
检查范围：已检查摘要与测量、模型概述。
S371. Spontaneous Nucleation of Stable Perfluorocarbon Emulsions for Ultrasound Contrast Agents
David S. Li, Sarah Schneewind, Matthew Bruce, et al. (2018 (online accepted version)). Nano Letters. DOI: 10.1021/acs.nanolett.8b03585.
中文题名：用于超声对比剂的稳定全氟碳乳液自发成核。
Terminology audit: nucleation here creates liquid droplets during solvent exchange, rather than vapor bubbles. The supplied PDF is an online accepted-version article with provisional page labels; the DOI is the stable locator.
术语审查文献：这里的成核是在溶剂交换中形成液滴，而非蒸气泡。所提供PDF是页码尚属临时形式的在线接收版本，应以DOI作为稳定定位信息。
Coverage: Abstract and phase-formation mechanism checked.
检查范围：已检查摘要与物相形成机制。
S377. Effect of laser-induced cavitation bubble on a thin elastic membrane
U. Orthaber, R. Petkovšek, J. Schille, et al. (2014). Optics & Laser Technology 64, 94–100. DOI: 10.1016/j.optlastec.2014.05.008.
中文题名：激光诱导空化气泡对薄弹性膜的作用。
Core membrane-interaction source. Use to challenge the assumption that smaller stand-off always means greater damage and to motivate structural timescale analysis.
薄膜相互作用的核心文献，用于检验“离壁越近损伤越大”的简单假设，并引出结构时间尺度分析。
Coverage: Abstract and qualitative damage-distance result checked.
检查范围：已检查摘要与损伤—距离的定性结果。
S381. Laser-induced cavitation in nanoemulsion with gold nanospheres for blood clot disruption: in vitro results
Chen-wei Wei, Jinjun Xia, Michael Lombardo, et al. (2014). Optics Letters 39, 2599–2602. DOI: 10.1364/OL.39.002599.
中文题名：含金纳米球纳米乳液中的激光诱导空化用于血凝块破坏：体外结果。
Additional example of an absorber-containing PFC agent and coupled optical/acoustic activation. Retained as contextual reading, not as a clinical recommendation or transferable exposure limit.
补充展示含吸收剂全氟碳体系及光声耦合激活，保留为背景阅读，不作为临床建议或可直接移用的暴露限值。
Coverage: First-page abstract and experimental context checked.
检查范围：已检查首页摘要与实验背景。
S384. Photoacoustic and ultrasound imaging using dual contrast perfluorocarbon nanodroplets triggered by laser pulses at 1064 nm
Alexander S. Hannah, Donald VanderLaan, Yun-Sheng Chen, et al. (2014). Biomedical Optics Express 5, 3042. DOI: 10.1364/boe.5.003042.
中文题名：利用1064纳米激光触发双对比全氟碳纳米液滴进行光声与超声成像。
Illustrates absorber-dependent optical activation and dual imaging contrast. Relevant to selecting observables for phase change rather than assuming every signal measures collapse strength.
展示依赖吸收体的光激活与双模态成像对比，帮助选择相变可观测量，而不是假设每种信号都表示塌缩强度。
Coverage: Abstract and activation mechanism checked.
检查范围：已检查摘要与激活机制。
S387. Perfluorocarbon nanodroplet size, acoustic vaporization, and inertial cavitation affected by lipid shell composition in vitro
Phoebe J. Welch, David S. Li, Craig R. Forest, et al. (2022). The Journal of the Acoustical Society of America 152, 2493–2504. DOI: 10.1121/10.0014934.
中文题名：脂质壳层组成对全氟碳纳米液滴尺寸、声汽化与惯性空化的体外影响。
Core source for separating droplet size, vaporization, and inertial cavitation. Shell composition is part of the mechanical and activation problem, not merely a label.
区分液滴尺寸、汽化与惯性空化的核心文献。壳层组成属于力学与激活问题的一部分，而不只是配方标签。
Coverage: Abstract and separate-threshold measurement concept checked.
检查范围：已检查摘要与分别测定阈值的实验概念。
S390. Nozzle-Free Liquid Microjetting via Homogeneous Bubble Nucleation
Taehwa Lee, Hyoung Won Baac, Jong G. Ok, et al. (2015). Physical Review Applied 3, 044007. DOI: 10.1103/PhysRevApplied.3.044007.
中文题名：通过均相气泡成核实现无喷嘴液体微射流。
Core printing mechanism: CNT/PDMS optoacoustic generation, focused ultrasound, near-surface nucleation, and jetting. The PVC separator isolates coupling and printing liquids; it is not a solid-payload carrier in this experiment.
核心打印机制文献：CNT/PDMS光声转换、聚焦超声、近自由面成核与喷射。PVC用于隔离耦合液与打印液，在该实验中不是固体负载载体。
Coverage: First three pages and selected mechanism passages checked, including the PVC function.
检查范围：已检查前三页与选定机制段落，包括PVC的功能。
S405. Acoustic Droplet Vaporization of Perfluorohexane Emulsions Induced by Heterogeneous Nucleation at an Ultrasonic Frequency of 1.1 MHz
R. Ramesh, C. Thimonier, S. Desgranges, et al. (2023). Langmuir 39, 15716-15729. DOI: 10.1021/acs.langmuir.3c02272.
中文题名：1.1 MHz超声下由非均相成核诱导的全氟己烷乳液声汽化。
Core evidence for geometry- and nucleation-site-dependent droplet activation. The manuscript distinguishes its regime from superharmonic focusing and treats event probabilities statistically.
说明液滴激活依赖几何与成核位点的核心证据。文中区分其工况与超谐波聚焦，并以统计方式处理事件概率。
Coverage: Bibliographic cover and abstract/method overview checked; full 49-page manuscript not reanalyzed.
检查范围：已检查文献信息页与摘要、方法概述，未重新分析完整49页稿件。
S406. Intrathecal Delivery of Macromolecules to the Spinal Cord Enabled by Laser-Activated Perfluorocarbon Nanodroplets
Robert J. Nikolai, Anthony Donsante, Jason J. Lamanna, et al. (2026). ACS Nano Medicine 1, 1447-1455. DOI: 10.1021/acsnanomed.5c00207.
中文题名：激光激活全氟碳纳米液滴促进大分子经鞘内途径递送至脊髓。
2026 preclinical application of activated droplets. Used only to locate a modern application within the mechanism map; it does not validate clinical safety or a film-transfer model.
2026年的液滴激活临床前应用，仅用于将较新应用放入机制地图；它不验证临床安全性或薄膜转印模型。
Coverage: First page and publication date read visually; biological experiments not critically reanalyzed.
检查范围：已视觉阅读首页与出版日期，未对生物实验作系统再分析。
S407. Microfluidics control the ballistic energy of thermocavitation liquid jets for needle-free injections
Loreto Oyarte Gálvez, Arjan Fraters, Herman L. Offerhaus, et al. (2020). Journal of Applied Physics 127, 104901. DOI: 10.1063/1.5140264.
中文题名：微流控调控热空化液体射流的弹道能量。
Thermocavitation and geometric confinement provide a contrast to remote ultrasound jetting. Useful for separating heat-source dynamics from nozzle or channel-mediated liquid acceleration.
热空化与几何约束形成了远端超声喷射的对照，适用于区分热源动力学与喷嘴、流道介导的液体加速。
Coverage: Abstract and source/confinement description checked.
检查范围：已检查摘要与源、约束说明。
S408. Near threshold nucleation and growth of cavitation bubbles generated with a picosecond laser
Vid Agrež, Jaka Mur, Jaka Petelin, et al. (2023). Ultrasonics Sonochemistry 92, 106243. DOI: 10.1016/j.ultsonch.2022.106243.
中文题名：皮秒激光产生的近阈值空化气泡成核与增长。
Important near-threshold warning: mechanically distinct event regimes can appear across small excitation changes. Actual lead author is Vid Agrež, not the misleading author shorthand in the archive filename.
重要近阈值提醒：激励小幅变化可能跨越机械效应明显不同的事件区间。实际第一作者是Vid Agrež，不应沿用文件名中误导性的作者缩写。
Coverage: First-page bibliographic data and abstract checked; detailed Gilmore fits not reproduced.
检查范围：已检查首页文献信息与摘要，未复现详细Gilmore拟合。
S409. Comprehensive analysis of spherical bubble oscillations and shock wave emission in laser-induced cavitation
Xiao-Xuan Liang, Norbert Linz, Sebastian Freidank, et al. (2022). Journal of Fluid Mechanics 940, A5. DOI: 10.1017/jfm.2022.202.
中文题名：激光诱导空化中球形气泡振荡与激波发射的综合分析。
Principal advanced theory source for compressibility, initialization, gas content, and energy accounting. Used for selected enthalpy and energy equations; specific extreme-pressure predictions are not generalized to every bubble.
可压缩性、初始化、气体含量与能量核算的主要进阶理论来源。用于核对部分焓与能量方程，不将其特定极端压力预测推广至所有气泡。
Coverage: Selected theory and energy sections checked in text and rendered PDF pages; the full parameter study was not independently reproduced.
检查范围：已检查部分理论与能量章节的文本和渲染页面，未独立复现完整参数研究。
S410. A Quantitative Printability Framework for Programmable Assembly of Pre-Vascular Patterns via Laser-Induced Forward Transfer
Cécile Bosmans, Núria Ginés Rodriguez, Ulisses Jesús Gutiérrez Hernández, et al. (2026). Advanced Healthcare Materials 15, e03665. DOI: 10.1002/adhm.202503665.
中文题名：通过激光诱导前向转移可编程组装预血管图案的定量可打印性框架。
Application-level example of defining a printability metric instead of judging success by launch alone. Listed as a 2026 issue article in the supplied metadata; accepted in November 2025.
在应用层面展示如何定义可打印性指标，而不是仅凭发射判断成功。所提供元数据列为2026年卷期论文，稿件于2025年11月接收。
Coverage: First-page abstract and publication metadata checked; biological outcomes and scoring data not reanalyzed.
检查范围：已检查首页摘要与出版元数据，未重新分析生物结果和评分数据。
S411. Growth and collapse of cavitation bubbles near a curved rigid boundary
Y. Tomita, P. B. Robinson, R. P. Tong, et al. (2002). Journal of Fluid Mechanics 466, 259-283. DOI: 10.1017/s0022112002001209.
中文题名：曲面刚性边界附近空化气泡的增长与塌缩。
Extends flat-wall reasoning to boundary curvature. Equal stand-off does not eliminate curvature as a controlling geometric parameter.
将平壁分析扩展至边界曲率。即使离壁比相同，曲率仍可能是重要控制参数。
Coverage: Abstract and geometry overview checked; full interface histories not reanalyzed.
检查范围：已检查摘要与几何概述，未重新分析完整界面历程。
S412. Laser-generated liquid microjets: correlation between bubble dynamics and liquid ejection
A. Patrascioiu, J. M. Fernández-Pradas, A. Palla-Papavlu, et al. (2014). Microfluidics and Nanofluidics 16, 55-63. DOI: 10.1007/s10404-013-1218-5.
中文题名：激光产生的液体微射流：气泡动力学与液体喷射的关联。
Core measurement example: simultaneous visualization links bubble evolution to successive ejection events. Supports measuring both bubble and jet, not inferring one solely from the other.
核心测量示例：同时可视化把气泡演化与连续喷射事件联系起来，支持同时测量气泡与射流，而不是只从一者推断另一者。
Coverage: Abstract and simultaneous-imaging description checked.
检查范围：已检查摘要与同步成像说明。
S413. Bubble oscillations of large amplitude
Joseph B. Keller, Michael Miksis (1980). The Journal of the Acoustical Society of America 68, 628-633. DOI: 10.1121/1.384720.
中文题名：大振幅气泡振荡。
Principal source for the Keller–Miksis extension and radiation effects. The implemented laboratory uses constant ambient pressure to avoid mixing incident-wave timing conventions from different formulations.
Keller–Miksis扩展与辐射效应的主要来源。数值实验使用恒定环境压力，以避免混用不同形式的入射波时间约定。
Coverage: Equation-bearing page inspected visually and selected derivation text checked.
检查范围：已视觉检查含关键方程的页面，并核查部分推导文本。
S414. Giant and explosive plasmonic bubbles by delayed nucleation
Yuliang Wang, Mikhail E. Zaytsev, Guillaume Lajoinie, et al. (2018). Proceedings of the National Academy of Sciences 115, 7676-7681. DOI: 10.1073/pnas.1805912115.
中文题名：延迟成核产生的巨大爆发性等离激元气泡。
Highlights the role of stored heat and nucleation delay. A laser-power change can alter both heating rate and available pre-nucleation energy, so power alone is not a complete state variable.
强调储存热量与成核延迟的作用。激光功率变化可同时影响加热速率和成核前可用能量，因此功率本身不是完整状态变量。
Coverage: First-page abstract and staged-life description checked.
检查范围：已检查首页摘要与分阶段生命周期说明。
S415. Nucleation dynamics around single microabsorbers in water heated by nanosecond laser irradiation
Jörg Neumann, Ralf Brinkmann (2007). Journal of Applied Physics 101, 114701. DOI: 10.1063/1.2740348.
中文题名：纳秒激光加热水中单个微吸收体周围的成核动力学。
Core microabsorber-heating example. Reported temperatures depend on the absorber and heating conditions and should not be used as a universal nucleation temperature for other systems.
微吸收体加热的核心实例。报告温度依赖吸收体与加热条件，不能当作其他体系的普适成核温度。
Coverage: Abstract and heating-mechanism description checked.
检查范围：已检查摘要与加热机制说明。
S416. Phase-Transition Temperature of Gold-Nanorod-Coated Nanodroplets to Microbubbles by Pulsed Laser
Zhe Zhang, Madison Taylor, Necati Kaval, et al. (2019). The Journal of Physical Chemistry A 123, 4844-4852. DOI: 10.1021/acs.jpca.9b02566.
中文题名：脉冲激光使金纳米棒包覆纳米液滴转变为微气泡的相变温度。
Thermal-model and kinetics example for absorber-coated droplets. Read to distinguish modeled temperature from directly measured temperature and peak-pulse input from time-averaged energy.
吸收体包覆液滴的热模型与动力学实例，适用于区分模型温度与直接测量温度，以及脉冲峰值输入与时间平均能量。
Coverage: Accepted-manuscript abstract and model overview checked.
检查范围：已检查接收稿摘要与模型概述。
S418. Numerical investigation of laser-induced cavitation bubble dynamics near a rigid surface based on three-dimensional fully compressible model
Seong-Ho Park, Thanh-Hoang Phan, Warn-Gyu Park (2022). International Journal of Heat and Mass Transfer 191, 122853. DOI: 10.1016/j.ijheatmasstransfer.2022.122853.
中文题名：基于三维完全可压缩模型研究刚性表面附近激光诱导空化气泡动力学。
Advanced field-simulation route for wall interaction and local pressure. Its existence motivates model hierarchy; it does not imply that a two-state radial solver resolves jets or shocks.
研究壁面相互作用与局部压力的进阶场仿真路径，支持建立模型层次，但不意味着两状态径向求解器能够解析射流或激波。
Coverage: Abstract and numerical-model overview checked; solver and mesh studies not independently reproduced.
检查范围：已检查摘要与数值模型概述，未独立复现求解器或网格研究。
S419. The Dynamics of Cavitation Bubbles
M. S. Plesset (1949). Journal of Applied Mechanics 16, 277-282. DOI: 10.1115/1.4009975.
中文题名：空化气泡的动力学。
Classical foundation for spherical cavity dynamics. The textbook derives its modern teaching form independently and states the additional gas and viscous closures rather than attributing every later extension to this one paper.
球形空腔动力学的经典基础。本书独立推导现代教学形式，并明确附加气体与黏性闭合，不把所有后续扩展都归于这一篇论文。
Coverage: Classical framework and selected source text checked; no historical experimental data refitted.
检查范围：已检查经典框架与部分文本，未重新拟合历史实验数据。