課程概述 |
教科書:"Materials science and engineering: an introduction", 9th edition, by William D. Callister, Jr
本學習的課程包含三大部分,分別是高分子材料、陶瓷材料與電子材料
高分子材料部份 1.Structures of Polymers 2.Characteristics, Applications, and Processing of Polymers 3.Polymeric Composites
1. Magnetic properties
2. Electrical properties
3. Optical properties
1. Magnetic properties
1-1 Basic concepts 1-2 Diamagnetism and paramagnetism 1-3 Ferromagnetism 1-4 Antiferromagnetism and ferromagnetism 1-5 The influence of temperature on magnetic behavior 1-6 Domains and hysterises 1-7 Soft magnetic materials 1-8 Hard magnetic materials 1-9 Magnetic storage 1-10 Superconductivity
2. Electrical properties
Electrical conductivity
2-1 Ohm’s law 2-2 Electrical conductivity 2-3 Electronic and ionic conduction 2-4 Energy band structure in solids 2-5 Conduction in terms of band and atomic bonding models 2-6 Electron mobility 2-7 Electrical resistivity of metals 2-8 Electrical characteristics of commercial alloys
Semiconductivity
2-9 Intrinsic semiconduction 2-10 Extrinsic semiconduction 2-11 The temperature variation of conductivity and carrier concentration 2-12 The Hall effect 2-13 Semiconductor Devices
Electrical conduction in ionic ceramics and in polymers
2-14 Conduction in ionic materials 2-15 Electrical properties of polymers
Dielectric behavior
2-16 Capacitance 2-17 Field vectors and polarization 2-18 Types of polarization 2-19 Frequency dependence of the dielectric constant 2-20 Dielectric strength 2-21 Dielectric materials
Other electrical characteristics of materials
2-22 Ferroelectricity 2-23 Piezoelectricity |