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B7: Device and system performance

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B7: Device and system performance

Perturbation Methods for Real-Time, In-Situ Evaluation of Hot-Side Thermal Resistances in Thermoelectric Energy Recovery Systems

T.J. Hendricks

Rapid Prototyping Platform of Thermoelectric Module using Novel Materials

Atsushi Yamamoto¹, Kazuo Nagase¹, Masaru Kunii¹, Hiroyuki Takazawa¹, Haruhiko Obara¹, Xiaokai Hu¹, Priyanka Jood¹, and Michihiro Ohta¹

Self-powered biosensors driven by flexible thermoelectric power generators

Suk Lae Kim, Kyungwho Choi, Abdullah Tazebay and Choongho Yu*

Thermoelectric generators with high-performance nanostructured PbTe bulk thermoelectric materials

Kazuo Nagase¹, Priyanka Jood¹, Masaru Kunii¹, Hiroyuki Takazawa¹, Mercouri G. Kanatzidis^2,3, Atsushi Yamamoto¹, and Michihiro Ohta¹

Voltage-Current Curves to Characterize Thermoelectric Generators

Robin McCarty and Robert Piper

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Sorting Categories

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