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Low-temperature thermal conductivity of heavily doped n-type Ge
T. Sota
*
, K. Suzuki, D. Fortier
*
Corresponding author for this work
School of Advanced Science and Engineering
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peer-review
4
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Engineering & Materials Science
Impurities
100%
Thermal conductivity
93%
Relaxation time
90%
Phonons
54%
Temperature
41%
Electrons
34%
Relaxation
32%
Experiments
12%
Physics & Astronomy
thermal conductivity
81%
impurities
68%
relaxation time
54%
conduction electrons
35%
phonons
23%
temperature
20%
Chemical Compounds
Thermal Conductivity
98%
Conduction Electron
72%
Phonon
58%
Time
37%