Every source heading is mapped below, in original textual order. The study navigation moves Chapter 13 earlier, exactly as the generic book recommends. Full questions, answers, source appendices and original visual pages are preserved.
下表按原文顺序映射每个来源标题。学习导航按通用教材建议，将第 13 章提前。完整题目、解答、原附录及原图文页面均保留。
| Source / 来源 | Original heading / 原标题 | Course location / 课程位置 |
|---|---|---|
| generic line 1 | Preface 前言 | Read / 阅读 |
| generic line 11 | What your materials contribute 资料如何进入本书 | Read / 阅读 |
| generic line 21 | How to study 如何学习 | Read / 阅读 |
| generic line 31 | Scope and limitations 范围与边界 | Read / 阅读 |
| generic line 37 | 1. A bubble as a mechanical system 气泡作为力学系统 | Read / 阅读 |
| generic line 39 | 1.1 The object you are modeling 你究竟在研究什么 | Read / 阅读 |
| generic line 59 | 1.2 Cavitation, boiling, and vaporization are not synonyms 空化、沸腾和汽化并非同义词 | Read / 阅读 |
| generic line 69 | 1.3 Four balances and one moving boundary 四类平衡与一个运动界面 | Read / 阅读 |
| generic line 79 | 1.4 The first scale analysis 第一次尺度分析 | Read / 阅读 |
| generic line 102 | 2. Nucleation and static stability 成核与静态稳定性 | Read / 阅读 |
| generic line 104 | 2.1 Why a favorable pressure does not guarantee a bubble 为什么有利压差并不保证成泡 | Read / 阅读 |
| generic line 134 | 2.2 Pre-existing nuclei change the problem 预存气核改变问题性质 | Read / 阅读 |
| generic line 163 | 2.3 Static instability is not dynamic activation 静态失稳不等于动态激活 | Read / 阅读 |
| generic line 173 | 3. Deriving the Rayleigh–Plesset equation 推导Rayleigh–Plesset方程 | Read / 阅读 |
| generic line 175 | 3.1 Assumptions before algebra 先写假设，再做代数 | Read / 阅读 |
| generic line 181 | 3.2 Continuity determines the velocity field 连续性决定速度场 | Read / 阅读 |
| generic line 194 | 3.3 Bernoulli produces the inertia terms Bernoulli方程给出惯性项 | Read / 阅读 |
| generic line 208 | 3.4 Normal stress supplies capillarity and viscosity 法向应力给出毛细项和黏性项 | Read / 阅读 |
| generic line 227 | 3.5 Closing the equation 方程如何闭合 | Read / 阅读 |
| generic line 245 | 3.6 The same equation from theoretical mechanics 从理论力学重新得到同一方程 | Read / 阅读 |
| generic line 271 | 4. Gas, vapor, heat, and mass 气体、蒸气、热量与质量 | Read / 阅读 |
| generic line 273 | 4.1 A pressure law is a thermodynamic assumption 压力定律是一项热力学假设 | Read / 阅读 |
| generic line 283 | 4.2 Vapor pressure and vapor mass are different closures 蒸气压与蒸气质量是不同闭合量 | Read / 阅读 |
| generic line 293 | 4.3 The Stefan condition and interface kinematics Stefan条件与界面运动学 | Read / 阅读 |
| generic line 309 | 4.4 Inertia-limited versus heat-limited growth 惯性控制与热控制的增长 | Read / 阅读 |
| generic line 319 | 4.5 Dissolved gas and shells 溶解气体与壳层 | Read / 阅读 |
| generic line 330 | 5. Inertial collapse, energy focusing, and rebound 惯性塌缩、能量集中与回弹 | Read / 阅读 |
| generic line 332 | 5.1 The empty-cavity idealization 空腔理想化 | Read / 阅读 |
| generic line 344 | 5.2 Integrating once 第一次积分 | Read / 阅读 |
| generic line 364 | 5.3 The Rayleigh collapse time Rayleigh塌缩时间 | Read / 阅读 |
| generic line 388 | 5.4 The near-collapse power law 接近塌缩时的幂律 | Read / 阅读 |
| generic line 400 | 5.5 Why real bubbles rebound 真实气泡为何回弹 | Read / 阅读 |
| generic line 410 | 5.6 A conserved mechanical quantity for testing 用于检验的守恒力学量 | Read / 阅读 |
| generic line 423 | 6. Bubble oscillations as vibration theory 用振动理论理解气泡振荡 | Read / 阅读 |
| generic line 425 | 6.1 Linearization around equilibrium 平衡态附近的线性化 | Read / 阅读 |
| generic line 456 | 6.2 Harmonic response and phase 简谐响应与相位 | Read / 阅读 |
| generic line 471 | 6.3 Three damping mechanisms 三种阻尼机制 | Read / 阅读 |
| generic line 481 | 6.4 What becomes nonlinear first 哪些效应首先变得非线性 | Read / 阅读 |
| generic line 491 | 7. Compressibility, sound, and model limits 可压缩性、声辐射与模型极限 | Read / 阅读 |
| generic line 493 | 7.1 Two different small parameters 两个不同的小参数 | Read / 阅读 |
| generic line 503 | 7.2 Keller–Miksis with constant ambient pressure 恒定环境压力下的Keller–Miksis方程 | Read / 阅读 |
| generic line 522 | 7.3 Solving the implicit acceleration correctly 正确求解隐式加速度 | Read / 阅读 |
| generic line 547 | 7.4 Gilmore's enthalpy formulation Gilmore的焓形式 | Read / 阅读 |
| generic line 577 | 7.5 What the far-field pressure means 远场压力究竟表示什么 | Read / 阅读 |
| generic line 602 | 7.6 Stop before you manufacture a result 在制造伪结果之前停止 | Read / 阅读 |
| generic line 609 | 8. Shape, boundaries, and translation 形状、边界与平移 | Read / 阅读 |
| generic line 611 | 8.1 A radius is not a shape 半径不能代表全部形状 | Read / 阅读 |
| generic line 633 | 8.2 Stand-off distance and image intuition 离壁距离与镜像直觉 | Read / 阅读 |
| generic line 647 | 8.3 Elastic walls have their own clock 弹性壁面有自己的时间尺度 | Read / 阅读 |
| generic line 661 | 8.4 Pressure gradients and bubble translation 压力梯度与气泡平移 | Read / 阅读 |
| generic line 674 | 8.5 What a spherical model can still contribute 球形模型仍能贡献什么 | Read / 阅读 |
| generic line 680 | 9. Jets, pressure impulse, and liquid transfer 射流、压力冲量与液体转印 | Read / 阅读 |
| generic line 682 | 9.1 Two different objects called a jet 两种不同的“射流” | Read / 阅读 |
| generic line 692 | 9.2 Deriving pressure impulse 推导压力冲量 | Read / 阅读 |
| generic line 713 | 9.3 Impulse and energy answer different questions 冲量与能量回答不同问题 | Read / 阅读 |
| generic line 723 | 9.4 Capillarity and breakup 毛细作用与断裂 | Read / 阅读 |
| generic line 733 | 9.5 Printing windows and failure modes 打印窗口与失效模式 | Read / 阅读 |
| generic line 743 | 10. How lasers create bubbles and loading 激光如何产生气泡与载荷 | Read / 阅读 |
| generic line 745 | 10.1 Start from the energy pathway 从能量传递路径开始 | Read / 阅读 |
| generic line 751 | 10.2 Optical breakdown 光学击穿 | Read / 阅读 |
| generic line 761 | 10.3 Absorber heating and thermocavitation 吸收体加热与热空化 | Read / 阅读 |
| generic line 771 | 10.4 Thermoelastic sound and confinement 热弹性声波与约束条件 | Read / 阅读 |
| generic line 784 | 10.5 Reading the Lee–Guo experiment correctly 正确理解Lee–Guo实验 | Read / 阅读 |
| generic line 798 | 10.6 Blisters, stress waves, and bubbles 鼓包、应力波与气泡 | Read / 阅读 |
| generic line 809 | 11. Phase-change perfluorocarbon droplets 相变全氟碳液滴 | Read / 阅读 |
| generic line 811 | 11.1 A droplet is not yet a bubble 液滴还不是气泡 | Read / 阅读 |
| generic line 821 | 11.2 Two interfaces, two pressure jumps 两个界面与两个压差 | Read / 阅读 |
| generic line 831 | 11.3 Acoustic and optical activation 声激活与光激活 | Read / 阅读 |
| generic line 841 | 11.4 A mass-conservation estimate of expansion 用质量守恒估计膨胀 | Read / 阅读 |
| generic line 859 | 11.5 Vaporization, persistence, and inertial cavitation 汽化、持续存在与惯性空化 | Read / 阅读 |
| generic line 869 | 11.6 A terminology trap in your reading list 阅读清单中的术语陷阱 | Read / 阅读 |
| generic line 875 | 12. Bubble-driven films, membranes, and detachment 气泡驱动薄膜、膜结构与脱离 | Read / 阅读 |
| generic line 877 | 12.1 A liquid pressure is only one part of structural loading 液体压力只是结构载荷的一部分 | Read / 阅读 |
| generic line 887 | 12.2 Plate and membrane limits 板与膜的极限 | Read / 阅读 |
| generic line 904 | 12.3 Modal projection shows why load shape matters 模态投影解释载荷分布的重要性 | Read / 阅读 |
| generic line 930 | 12.4 Added mass without double counting 不重复计算附加质量 | Read / 阅读 |
| generic line 940 | 12.5 Detachment is a fracture problem 脱离是断裂问题 | Read / 阅读 |
| generic line 954 | 12.6 A useful hierarchy of questions 有效的问题层次 | Read / 阅读 |
| generic line 961 | 13. A reproducible numerical laboratory 可复现数值实验 | Read / 阅读 |
| generic line 963 | 13.1 What the supplied program actually computes 配套程序实际计算什么 | Read / 阅读 |
| generic line 973 | 13.2 Scaling the equations before integration 积分前先进行尺度化 | Read / 阅读 |
| generic line 990 | 13.3 Running the laboratory 运行实验 | Read / 阅读 |
| generic line 1023 | 13.4 Verification results supplied with this edition 本版附带的验证结果 | Read / 阅读 |
| generic line 1045 | 13.5 What not to do when the solver becomes difficult 求解困难时不要做什么 | Read / 阅读 |
| generic line 1055 | 13.6 Moving from ODEs to field simulation 从常微分方程走向场仿真 | Read / 阅读 |
| generic line 1069 | 14. Measurement, inference, and uncertainty 测量、反演与不确定性 | Read / 阅读 |
| generic line 1071 | 14.1 Define the observable before fitting 拟合前先定义可观测量 | Read / 阅读 |
| generic line 1081 | 14.2 Derivatives amplify image noise 求导会放大图像噪声 | Read / 阅读 |
| generic line 1091 | 14.3 Identifiability: several stories can fit one curve 可辨识性：一条曲线可能对应多种解释 | Read / 阅读 |
| generic line 1108 | 14.4 Pressure measurements are filtered observations 压力测量是经过滤波的观测 | Read / 阅读 |
| generic line 1118 | 14.5 Calibration is not validation 标定不是验证 | Read / 阅读 |
| generic line 1128 | 15. Capstone: a liquid–PVC–film research model 综合课题：液体—PVC—薄膜研究模型 | Read / 阅读 |
| generic line 1130 | 15.1 Define the proposed system, not an imagined reproduction 定义研究体系，而不是想当然地复现 | Read / 阅读 |
| generic line 1140 | 15.2 Stage A: the smallest useful baseline 阶段A：最小但有用的基础模型 | Read / 阅读 |
| generic line 1154 | 15.3 Stage B: replace the effective source with a physical one 阶段B：用物理源替代有效源 | Read / 阅读 |
| generic line 1164 | 15.4 Stage C: introduce release, then capture 阶段C：先加入释放，再加入捕获 | Read / 阅读 |
| generic line 1174 | 15.5 Dimensionless organization 无量纲组织方式 | Read / 阅读 |
| generic line 1184 | 15.6 A research claim that can actually be tested 能够真正检验的科研命题 | Read / 阅读 |
| generic line 1199 | 16. Problems with worked solutions 习题与详细解答 | Read / 阅读 |
| generic line 1205 | 16.1 Laplace pressure at three scales 三个尺度下的Laplace压力 | Read / 阅读 |
| generic line 1215 | 16.2 Where the liquid kinetic energy resides 液体动能分布在哪里 | Read / 阅读 |
| generic line 1225 | 16.3 Track a liquid particle 跟踪液体质点 | Read / 阅读 |
| generic line 1235 | 16.4 Diagnose a Bernoulli error 诊断Bernoulli推导错误 | Read / 阅读 |
| generic line 1245 | 16.5 An isothermal Blake threshold 等温Blake阈值 | Read / 阅读 |
| generic line 1255 | 16.6 Probability depends on observation volume 概率依赖观测体积 | Read / 阅读 |
| generic line 1265 | 16.7 Long-time inertial growth speed 长时间惯性增长速度 | Read / 阅读 |
| generic line 1275 | 16.8 Collapse-time scaling 塌缩时间尺度 | Read / 阅读 |
| generic line 1285 | 16.9 Speed at half maximum radius 半最大半径处的速度 | Read / 阅读 |
| generic line 1295 | 16.10 When the incompressible collapse becomes suspect 不可压缩塌缩何时值得怀疑 | Read / 阅读 |
| generic line 1305 | 16.11 Static compliance of a microbubble 微气泡的静态柔度 | Read / 阅读 |
| generic line 1315 | 16.12 Viscosity versus stiffness 黏度与刚度 | Read / 阅读 |
| generic line 1325 | 16.13 The isothermal gas potential 等温气体势 | Read / 阅读 |
| generic line 1335 | 16.14 The hidden acceleration in Keller–Miksis Keller–Miksis中的隐藏加速度 | Read / 阅读 |
| generic line 1345 | 16.15 Radial frequency versus shape frequency 径向频率与形状频率 | Read / 阅读 |
| generic line 1355 | 16.16 A uniform pressure impulse 均匀压力冲量 | Read / 阅读 |
| generic line 1365 | 16.17 Equal impulse, zero residual oscillation 相同冲量却无残余振动 | Read / 阅读 |
| generic line 1375 | 16.18 A necessary adhesion-energy scale 黏附能的必要尺度 | Read / 阅读 |
| generic line 1385 | 16.19 Droplet expansion by mass conservation 由质量守恒估计液滴膨胀 | Read / 阅读 |
| generic line 1395 | 16.20 Geometrical spreading of acoustic energy 声能的几何扩散 | Read / 阅读 |
| generic line 1405 | 16.21 A false temperature prediction 错误的温度预测 | Read / 阅读 |
| generic line 1415 | 16.22 A mesh-convergence calculation 网格收敛计算 | Read / 阅读 |
| generic line 1425 | 16.23 A nonidentifiable gas parameterization 不可辨识的气体参数化 | Read / 阅读 |
| generic line 1435 | 16.24 Why more frames do not automatically fix acceleration 为什么更多图像帧不自动解决加速度问题 | Read / 阅读 |
| generic line 1445 | 16.25 Source-mechanism classification 源机制分类 | Read / 阅读 |
| generic line 1455 | 16.26 A terminology audit 术语审查 | Read / 阅读 |
| generic line 1465 | 16.27 Detect an overconstrained interface 识别过度约束界面 | Read / 阅读 |
| generic line 1475 | 16.28 Avoid double-counting fluid inertia 避免重复计算流体惯性 | Read / 阅读 |
| generic line 1485 | 16.29 Design a discriminating experiment 设计具有区分能力的实验 | Read / 阅读 |
| generic line 1495 | 16.30 Build a falsifiable capstone study 构建可证伪综合研究 | Read / 阅读 |
| generic line 1506 | Appendix A. Symbols, dimensionless form, and model map 附录A：符号、无量纲形式与模型地图 | Read / 阅读 |
| generic line 1508 | A.1 Core notation 核心符号 | Read / 阅读 |
| generic line 1534 | A.2 Dimensionless Rayleigh–Plesset equation 无量纲Rayleigh–Plesset方程 | Read / 阅读 |
| generic line 1554 | A.3 The model map 模型地图 | Read / 阅读 |
| generic line 1564 | A.4 Recommended companion textbook 推荐配套教材 | Read / 阅读 |
| generic line 1575 | Appendix B. Annotated atlas of your 35 papers 附录B：所提供35篇论文的注释地图 | Read / 阅读 |
| generic line 1585 | S72. Laser-driven noncontact bubble transfer printing via a hydrogel composite stamp | Read / 阅读 |
| generic line 1599 | S250. Laser-induced droplet deformation: curvature inversion explained from instantaneous pressure impulse | Read / 阅读 |
| generic line 1613 | S251. Nozzle-Free Printing of CNT Electronics Using Laser-Generated Focused Ultrasound | Read / 阅读 |
| generic line 1627 | S252. Super-Resolution Ultrasound Imaging in Vivo with Transient Laser-Activated Nanodroplets | Read / 阅读 |
| generic line 1641 | S339. Dynamics of laser-induced cavitation bubbles near an elastic boundary | Read / 阅读 |
| generic line 1655 | S340. Shock-wave-induced Thin-film Delamination (SWIFD): A Non-thermal Structuring Method of Functional Layers | Read / 阅读 |
| generic line 1669 | S343. Cavitation bubble evidence in BA-LIFT processes | Read / 阅读 |
| generic line 1683 | S345. Destructive mechanisms in laser induced forward transfer | Read / 阅读 |
| generic line 1697 | S346. Time-resolved imaging of the laser forward transfer of liquids | Read / 阅读 |
| generic line 1711 | S348. Nanodroplet vaporization with pulsed-laser excitation repeatedly amplifies photoacoustic signals at low vaporization thresholds | Read / 阅读 |
| generic line 1725 | S349. Factors Influencing the Repeated Transient Optical Droplet Vaporization Threshold and Lifetimes of Phase Change, Perfluorocarbon Nanodroplets | Read / 阅读 |
| generic line 1739 | S350. Biomedical photoacoustics beyond thermal expansion using triggered nanodroplet vaporization for contrast-enhanced imaging | Read / 阅读 |
| generic line 1753 | S351. Vaporization of perfluorocarbon droplets using optical irradiation | Read / 阅读 |
| generic line 1767 | S355. Dynamics of pulsed laser-induced cavities on a liquid–gas interface: from a conical splash to a ‘bullet’ jet | Read / 阅读 |
| generic line 1781 | S362. Cavitation bubble induced wall shear stress on an elastic boundary | Read / 阅读 |
| generic line 1795 | S371. Spontaneous Nucleation of Stable Perfluorocarbon Emulsions for Ultrasound Contrast Agents | Read / 阅读 |
| generic line 1809 | S377. Effect of laser-induced cavitation bubble on a thin elastic membrane | Read / 阅读 |
| generic line 1823 | S381. Laser-induced cavitation in nanoemulsion with gold nanospheres for blood clot disruption: in vitro results | Read / 阅读 |
| generic line 1837 | S384. Photoacoustic and ultrasound imaging using dual contrast perfluorocarbon nanodroplets triggered by laser pulses at 1064 nm | Read / 阅读 |
| generic line 1851 | S387. Perfluorocarbon nanodroplet size, acoustic vaporization, and inertial cavitation affected by lipid shell composition in vitro | Read / 阅读 |
| generic line 1865 | S390. Nozzle-Free Liquid Microjetting via Homogeneous Bubble Nucleation | Read / 阅读 |
| generic line 1879 | S405. Acoustic Droplet Vaporization of Perfluorohexane Emulsions Induced by Heterogeneous Nucleation at an Ultrasonic Frequency of 1.1 MHz | Read / 阅读 |
| generic line 1893 | S406. Intrathecal Delivery of Macromolecules to the Spinal Cord Enabled by Laser-Activated Perfluorocarbon Nanodroplets | Read / 阅读 |
| generic line 1907 | S407. Microfluidics control the ballistic energy of thermocavitation liquid jets for needle-free injections | Read / 阅读 |
| generic line 1921 | S408. Near threshold nucleation and growth of cavitation bubbles generated with a picosecond laser | Read / 阅读 |
| generic line 1935 | S409. Comprehensive analysis of spherical bubble oscillations and shock wave emission in laser-induced cavitation | Read / 阅读 |
| generic line 1949 | S410. A Quantitative Printability Framework for Programmable Assembly of Pre-Vascular Patterns via Laser-Induced Forward Transfer | Read / 阅读 |
| generic line 1963 | S411. Growth and collapse of cavitation bubbles near a curved rigid boundary | Read / 阅读 |
| generic line 1977 | S412. Laser-generated liquid microjets: correlation between bubble dynamics and liquid ejection | Read / 阅读 |
| generic line 1991 | S413. Bubble oscillations of large amplitude | Read / 阅读 |
| generic line 2005 | S414. Giant and explosive plasmonic bubbles by delayed nucleation | Read / 阅读 |
| generic line 2019 | S415. Nucleation dynamics around single microabsorbers in water heated by nanosecond laser irradiation | Read / 阅读 |
| generic line 2033 | S416. Phase-Transition Temperature of Gold-Nanorod-Coated Nanodroplets to Microbubbles by Pulsed Laser | Read / 阅读 |
| generic line 2047 | S418. Numerical investigation of laser-induced cavitation bubble dynamics near a rigid surface based on three-dimensional fully compressible model | Read / 阅读 |
| generic line 2061 | S419. The Dynamics of Cavitation Bubbles | Read / 阅读 |
| project-theory line 9 | Reader’s orientation 阅读导引 | Read / 阅读 |
| project-theory line 45 | 1. Optical deposition 光能沉积 | Read / 阅读 |
| project-theory line 55 | 1.1 From beam fluence to total pulse energy 从光束能量面密度到脉冲总能量 | Read / 阅读 |
| project-theory line 131 | 1.2 From pulse energy to a time-dependent source 从脉冲能量到时变热源 | Read / 阅读 |
| project-theory line 171 | 1.3 From surface intensity to volumetric heating 从表面光强到体积热源 | Read / 阅读 |
| project-theory line 240 | 1.4 Local dose, peak rate, and temperature rise 局部剂量、峰值速率与温升 | Read / 阅读 |
| project-theory line 290 | 1.5 Why enough energy does not guarantee a bubble 为什么能量足够并不保证气泡形成 | Read / 阅读 |
| project-theory line 322 | 2. Activation 激活 | Read / 阅读 |
| project-theory line 332 | 2.1 Why use a logistic model? 为什么使用逻辑概率模型？ | Read / 阅读 |
| project-theory line 387 | 2.2 From one droplet to many droplets 从单个液滴到液滴群体 | Read / 阅读 |
| project-theory line 447 | 2.3 Adding the detector 加入探测器模型 | Read / 阅读 |
| project-theory line 507 | 3. Bubble dynamics 气泡动力学 | Read / 阅读 |
| project-theory line 525 | 3.1 Continuity determines the liquid velocity 连续性方程确定液体速度 | Read / 阅读 |
| project-theory line 567 | 3.2 The velocity potential gives the pressure field 由速度势求得压力场 | Read / 阅读 |
| project-theory line 647 | 3.3 Applying the wall condition gives Rayleigh–Plesset 由壁面条件得到 Rayleigh–Plesset 方程 | Read / 阅读 |
| project-theory line 709 | Why this equation does not yet predict laser-induced growth 为什么该方程还不能预测激光诱导增长 | Read / 阅读 |
| project-theory line 725 | 3.4 Deriving the Rayleigh collapse time 推导 Rayleigh 塌缩时间 | Read / 阅读 |
| project-theory line 793 | 3.5 Deriving the prescribed smooth trajectory 推导规定的平滑轨迹 | Read / 阅读 |
| project-theory line 865 | 3.6 Mapping bubble pressure onto a load disk 将气泡压力映射至载荷圆盘 | Read / 阅读 |
| project-theory line 913 | 3.7 What the signed pressure does—and does not—mean 带符号压力的含义与局限 | Read / 阅读 |
| project-theory line 951 | 4. Structural motion and interfacial release 结构运动与界面释放 | Read / 阅读 |
| project-theory line 961 | 4.1 Reducing the laminate to one generalized coordinate 将层合结构简化为一个广义坐标 | Read / 阅读 |
| project-theory line 989 | Modal mass 模态质量 | Read / 阅读 |
| project-theory line 1015 | Modal stiffness 模态刚度 | Read / 阅读 |
| project-theory line 1051 | Generalized load 广义载荷 | Read / 阅读 |
| project-theory line 1085 | 4.2 Why load timing matters 为什么载荷时序很重要 | Read / 阅读 |
| project-theory line 1107 | 4.3 Why equal total impulse can also fail spatially 为什么总冲量相同仍可能产生不同的空间响应 | Read / 阅读 |
| project-theory line 1145 | 4.4 Deriving first-arrival wave transmission 推导首波传输 | Read / 阅读 |
| project-theory line 1207 | 4.5 From transmitted loading to cohesive failure 从传递载荷到黏聚失效 | Read / 阅读 |
| project-theory line 1251 | Cohesive-zone length scale 黏聚区长度尺度 | Read / 阅读 |
| project-theory line 1287 | 4.6 Deriving the impulse and energy availability ratios 推导冲量与能量可用性比值 | Read / 阅读 |
| project-theory line 1329 | 5. Sensitivity and the next measurements 敏感性与下一步测量 | Read / 阅读 |
| project-theory line 1339 | 5.1 What a Spearman ranking measures Spearman 排序衡量什么 | Read / 阅读 |
| project-theory line 1355 | 5.2 Optical sensitivity follows directly from the temperature scale 光学敏感性直接来自温升尺度 | Read / 阅读 |
| project-theory line 1379 | 5.3 Bubble-load sensitivity follows from acceleration scaling 气泡载荷敏感性来自加速度尺度 | Read / 阅读 |
| project-theory line 1419 | 5.4 Interface toughness enters the availability ratios explicitly 界面韧度显式进入可用性比值 | Read / 阅读 |
| project-theory line 1437 | 5.5 Why the measurement order matters 为什么测量顺序很重要 | Read / 阅读 |
| project-theory line 1463 | The complete picture 完整图景 | Read / 阅读 |
| project-theory line 1498 | Source notes 来源说明 | Read / 阅读 |
| project-theory line 1516 | Appendix A. Original theory pages 附录 A：原始理论页面 | Read / 阅读 |