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Thermoelectric Physics & Materials HoSung Lee

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Page 1: Thermoelectric Physics & Materialshomepages.wmich.edu/~leehs/ME695/Thermoelectric physics and materials.pdfSchematic diagram of the energy band vs. interatomic distance Figu1T 6.18

Thermoelectric Physics & Materials

HoSung Lee

Page 2: Thermoelectric Physics & Materialshomepages.wmich.edu/~leehs/ME695/Thermoelectric physics and materials.pdfSchematic diagram of the energy band vs. interatomic distance Figu1T 6.18
Page 3: Thermoelectric Physics & Materialshomepages.wmich.edu/~leehs/ME695/Thermoelectric physics and materials.pdfSchematic diagram of the energy band vs. interatomic distance Figu1T 6.18
Page 4: Thermoelectric Physics & Materialshomepages.wmich.edu/~leehs/ME695/Thermoelectric physics and materials.pdfSchematic diagram of the energy band vs. interatomic distance Figu1T 6.18
Page 5: Thermoelectric Physics & Materialshomepages.wmich.edu/~leehs/ME695/Thermoelectric physics and materials.pdfSchematic diagram of the energy band vs. interatomic distance Figu1T 6.18
Page 6: Thermoelectric Physics & Materialshomepages.wmich.edu/~leehs/ME695/Thermoelectric physics and materials.pdfSchematic diagram of the energy band vs. interatomic distance Figu1T 6.18
Page 7: Thermoelectric Physics & Materialshomepages.wmich.edu/~leehs/ME695/Thermoelectric physics and materials.pdfSchematic diagram of the energy band vs. interatomic distance Figu1T 6.18
Page 8: Thermoelectric Physics & Materialshomepages.wmich.edu/~leehs/ME695/Thermoelectric physics and materials.pdfSchematic diagram of the energy band vs. interatomic distance Figu1T 6.18
Page 9: Thermoelectric Physics & Materialshomepages.wmich.edu/~leehs/ME695/Thermoelectric physics and materials.pdfSchematic diagram of the energy band vs. interatomic distance Figu1T 6.18
Page 10: Thermoelectric Physics & Materialshomepages.wmich.edu/~leehs/ME695/Thermoelectric physics and materials.pdfSchematic diagram of the energy band vs. interatomic distance Figu1T 6.18
Page 11: Thermoelectric Physics & Materialshomepages.wmich.edu/~leehs/ME695/Thermoelectric physics and materials.pdfSchematic diagram of the energy band vs. interatomic distance Figu1T 6.18

En

EgTk

eB

1

3

2

Page 12: Thermoelectric Physics & Materialshomepages.wmich.edu/~leehs/ME695/Thermoelectric physics and materials.pdfSchematic diagram of the energy band vs. interatomic distance Figu1T 6.18
Page 13: Thermoelectric Physics & Materialshomepages.wmich.edu/~leehs/ME695/Thermoelectric physics and materials.pdfSchematic diagram of the energy band vs. interatomic distance Figu1T 6.18

Bi2Te3

Page 14: Thermoelectric Physics & Materialshomepages.wmich.edu/~leehs/ME695/Thermoelectric physics and materials.pdfSchematic diagram of the energy band vs. interatomic distance Figu1T 6.18

300 400 500 600 700 800120

140

160

180

200

t( )

V

K

t

K

300 400 500 600 700 800500

1 103

1.5 103

2 103

2.5 103

t( )

cm( )1

t

K

300 400 500 600 700 8002

2.2

2.4

2.6

2.8

k t( )

W

m K

t

K

Transport Properties for Skutterudites

300 400 500 600 700 8000.92

0.94

0.96

0.98

1

1.02

ZT t( )

t

K

Page 15: Thermoelectric Physics & Materialshomepages.wmich.edu/~leehs/ME695/Thermoelectric physics and materials.pdfSchematic diagram of the energy band vs. interatomic distance Figu1T 6.18

Fin