声明
摘要
Abstract
Table of Contents
CHAPTER Ⅰ INTRODUCTION
-1．1)Thermoelectric Refrigerator and Power Generator
-1．1．1)Research Goal
-1．1．2)Advantages
-1．1．3)Disadvantages
-1．2)Thermoelectric Phenomenon “Basic Principle”
-1．2．1)Seebeck Effect
-1．2．2)Peltier Effect
-1．2．3)Thomson Effect
-1．2．4)N-Type／P-Type semiconductors
-1．2．5)Circuit Polarity Reverse
-1．2．6)TE Figure of Merit
-1．2．7)Condensation
-1．3)Thermoelectric Materials
-1．3．1)Thermal Conductivity
-1．3．2)Electrical Conductivity
-1．3．3)Bismuth Telluride Properties
-1．3．4)TE Performance
-1．3．5)Coefficient of Performance
-1．4)Technology Overview
-1．4．1)RTGs
-1．4．2)Applications
-1．4．3)TE modules
-1．4．4)TE Advance Technology
-1．4．5)Heat sink
CHAPTER Ⅱ STUDY-CASES
-2．1)The Active Thermal Manifold Skin
-2．2)Study Analysis and Remarks
-2．3)Integrated Flat Plate Solar Thermoelectric System
-2．4)Study Analysis and Remarks
-2．5)Full-Size Prototype of Active Thermal Windows Based On Thermoelectricity
-2．6)Study Analvsis and Remarks
CHAPTER Ⅲ BASE-UNIT
-3．1)Components，Materials and Modelling
-3．1．1)Unit Definition
-3．1．2)Thermocouple
-3．1．3)Heat Dissipaters
-3．2)Model Design
-3．2．1)Geometric
-3．2．2)Loads and Boundaries and Performance
-3．3)Simulation
-3．3．1)Ptototype Simulate
-3．3．2)Summer Conditions
-3．3．3)Winter Conditions
-3．4)Unit Development
-3．4．1)Heat Distribution
-3．4．2)Natural Environment
CHAPTER Ⅳ APPLICATIONS
-4．1)Phenomenon
-4．1．1)Method of Heat Transfer
-4．1．2)Building Heat Gain
-4．2)Solar Radiation
-4．2．1)Solar Gain
-4．2．2)Cross-Section
-4．2．2)Performance
-4．2．3)Distribution
-4．3)Internal Space
-4．3．1)Conditions
-4．3．2)Heat Loads Estimating
-4．3．3)Installation
-4．4)Thermal Control
CHAPTER Ⅴ PHOTOVOLATIC THERMAL PANELS
-5．1)Photovoltaic Panels Technology
-5．1．1)Module Temperature
-5．1．2)Efficiency
-5．1．3)Thermocouples
-5．2)Combined System
-5．2．1)PV Panel
-5．2．2)TE Module
-5．2．3)Module Installing
CHAPTER Ⅵ CONCLUSION
List of References
发表论文和科研情况说明
Acknowledgements
