–场和电荷系统的 能量守恒定律 –电磁场能量密度 和能流密度 –电磁能量的传输

5.2 Translation between Work and Heat 5.3 Entropy and Entropy Change 5.4 Ideal Work，Lost Work and Thermal Efficiency 5.5 Available energy and unavailable energy

1. Unit 1 Life and logic Text A Love and logic: The story of a fallacy 2. Unit 2 Secrets to beauty Text A The confusing pursuit of beauty 3. Unit 3 Being entrepreneurial Text A Fred Smith and FedEx: The vision that changed the world 4. Unit 4 Nature: To worship or to conquer Text A Achieving sustainable environmentalism 5. Unit 5 Why culture counts Text A Speaking Chinese in America 6. Unit 6 Gender equality Text A The weight men carry 7. Unit 7 Energy and food crises Text A The coming energy crisis

6.1 Nutrient requirements 6.2 Nutritional types of microorganisms 6.3 Uptake of nutrients by the cell 6.3 Culture Media 6.4 An Overview of Metabolism 6.5 Fermentation: The Embden-Meyerhof Pathway 6.6 Respiration and Electron Transport 6.7 The Balance Sheet of Aerobic Respiration and Energy Storage 6.8 An Overview of Alternate Modes of Energy Generation 6.9 Biosynthesis of Monomers 6.10 Nitrogen fixation

1. Ecosystem composition 生态系统的组成 2. Trophic levels 营养级 3. Energy flow 能量流动 4. Ecological pyramids 生态金字塔

Introduction & Motivation Introduction & Motivation Model & Simulation Model & Simulation Results Results  Domain Patterns Domain Patterns  Energy Terms Energy Terms  Field Enhanced Piezoelectricity Field Enhanced Piezoelectricity  Enhanced Piezoelectricity at Zero Field Enhanced Piezoelectricity at Zero Field  Enhanced Piezoelectricity: Critical Phenomena Enhanced Piezoelectricity: Critical Phenomena Summary Summary

一、 Cosmic Dark Energy 二、 Relic Gravitational Waves 三、 CMB Polarizations by RGW

• Basic Concepts • Passive Components that Dissipate Energy (R’s) • Basic Network Analysis Techniques • Passive Components that Store Energy (L’s & C’s) • Introduction to RL & RC Circuits

1. What is nuclear QCD? Why apply QCD to nucleonic and nuclear systems? 2. Bases of nuclear QCD: QCD and its properties 3. Nucleon and nuclei at high-energy scale 4. Nonperturbative QCD studies 5. Nucleon, nuclei at low-energy scale 6. Summery

 What is image segmentation? Separation of image domain based on contents.  General image segmentation: ENERGY METHOD Mumford-Shah (MS) Model CURVE EVOLUTION Snake, Geodesic Active-Contour, Chan-Vese Model, Level Set Method BRAIN ANEURYSM SEGMENTATION ENERGY METHOD - REVISITED Approximations of Mumford-Shah Model