Dan pao sheng zhi fa guang de re fu she

Tse Wang Kong = 單泡聲致發光的熱輻射 / 謝宏岡.Thesis submitted in: July 2003.Thesis (M.Phil.)--Chinese University of Hong Kong, 2004.Includes bibliographical references (leaves 110-114).Text in English; abstracts in English and Chinese.Tse Wang Kong = Dan pao sheng zhi fa guang de re fu she / Xie Honggang.Chapter 1 --- Introduction --- p.1Chapter 1.1 --- General review of sonoluminescence --- p.1Chapter 1.2 --- Thermal light emission models --- p.3Chapter 1.3 --- Motivation and structure of this thesis --- p.7Chapter 2 --- "Bubble-wall Dynamics, Hydrodynamics and Ionization" --- p.9Chapter 2.1 --- Uniform bubble model --- p.9Chapter 2.1.1 --- Bubble-wall dynamics --- p.9Chapter 2.1.2 --- Equation of state of the gas --- p.10Chapter 2.1.3 --- Temperature dynamics --- p.11Chapter 2.1.4 --- Ionization --- p.12Chapter 2.2 --- Computational fluid mechanics model --- p.13Chapter 2.2.1 --- Bubble-wall dynamics --- p.13Chapter 2.2.2 --- Hydrodynamics of the gas --- p.15Chapter 2.2.3 --- Equation of State of the gas --- p.16Chapter 2.2.4 --- Energy equation in the liquid --- p.17Chapter 3 --- Thermal Radiation --- p.18Chapter 3.1 --- Thermal electromagnetic fields --- p.20Chapter 3.2 --- Generalized Kirchhoff's law --- p.22Chapter 3.3 --- Thermal radiation from an absorbing object --- p.24Chapter 3.4 --- Application to a slab --- p.26Chapter 3.5 --- Application to a multilayered configuration --- p.29Chapter 4 --- Absorption in a Multilayered Dielectric Sphere --- p.31Chapter 4.1 --- Absorption cross-section for weakly absorbing sphere --- p.31Chapter 4.2 --- Absorption cross-section for strongly absorbing sphere --- p.33Chapter 4.3 --- Transfer matrix method --- p.33Chapter 4.4 --- Calculation of the absorption cross-section --- p.39Chapter 5 --- Collision Processes in a SL Bubble --- p.40Chapter 5.1 --- Electron-ion Bremsstrahlung --- p.41Chapter 5.2 --- Electron-ion Recombination --- p.43Chapter 5.3 --- Electron-atom Bremsstrahlung --- p.43Chapter 5.4 --- Effective Collision Frequency for a Maxwellian Plasma --- p.44Chapter 6 --- Light Emission Models for a Sonoluminescing Bubble --- p.47Chapter 6.1 --- The geometric optics model --- p.47Chapter 6.2 --- The wave optics model --- p.48Chapter 7 --- Thermal radiation from sonoluminescing bubbles --- p.50Chapter 8 --- Effect of the light emission model --- p.53Chapter 9 --- A more sophisticated model for collision processes --- p.58Chapter 10 --- Effect of bubble temperature and water temperature --- p.65Chapter 10.1 --- Effect of bubble temperature --- p.65Chapter 10.2 --- Effect of water temperature --- p.68Chapter 11 --- A more sophisticated hydro dynamic model --- p.70Chapter 12 --- Degree of Strong Coupling and Summary --- p.94Chapter 13 --- Conclusion --- p.98Chapter 13.1 --- Summary --- p.98Chapter 13.2 --- Suggestions for future work --- p.101Chapter A --- Proof of the Reciprocity Theorem --- p.103Chapter B --- Vector Spherical Harmonics --- p.105Chapter C --- Collision frequencies and absorption coefficients --- p.107Bibliography --- p.11