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A: Materials
Promoting thermoelectric technology to mitigate global climate change
A3: High temperature materials
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Displaying 51 - 52 of 52
A3: High temperature materials
Thermoelectric properties of misfit layered sulfides (LaS)
1+m
TS
2
(T= Cr, Nb) prepared through CS
2
sulfurization.
Priyanka Jood
1
, Michihiro Ohta
1
, Hirotaka Nishiate
1
, Atsushi Yamamoto
1
, Oleg I. Lebedev
2
, David Berthbaud
2
, Suekuni Koichiro
3
, Masaru Kunii
1
Thermoelectric Property of Tin Selenide Prepared by Spark Plasma Sintering and Iodine as a Potential N-type Dopant in SnSe
Bin He
1
, Bartek Wiendlocha
1,2
and Joseph P. Heremans
1,3
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ICT2014 July 6-10 2014, Nashville, TN USA
ICT2014 Website
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C: End use applications and markets
C7: Markets
C6: Novel applications
C5: Sensors
C4: Generators
C3: Cooling
C2: Automotive
C1: Waste heat recovery
B: Elements, modules & systems
B8: Modelling
B7: Device and system performance
B6: DC/DC inverters
B5: Energy system design and optimization
B4: Thermal management and dynamics
B3: Power management and load balancing
B2: Module design
B1: Contacting and insulation
A: Materials
A7: Developments in measurement techniques and preparation methods
A6: Characterization
A5: Nanoscale and low dimensional effects
A4: Theory - bulk materials
A3: High temperature materials
A2: Medium temperature materials
A1: Low temperature materials
Sponsors
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Alphabet Energy
Ferrotec Thermal
Gentherm
Hotblock Onboard
KELK Ltd.
Kryotherm
Marlow Industries
Marvel Thermoelectrics
TE Technology
Thermion Company
Watronix/INB Thermoelectric
Xiamen Hicool Electronics