Advanced High Temperature Thermoelectric Materials Research jobs in United States
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ORAU · 1 month ago

Advanced High Temperature Thermoelectric Materials Research

ORAU is part of the NASA Postdoctoral Program, which offers unique research opportunities to highly-talented scientists. The role focuses on developing advanced thermoelectric materials for future deep space missions and terrestrial applications, involving research in high temperature operation and efficiency improvements.

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Responsibilities

Identify and characterize advanced bulk thermoelectric (TE) materials with dimensionless TE figure of merit (ZT) values of up to 2.0 across the entire temperature range of 1275 K to 500 K
Pursue effective theoretical guidance through first principle electronic structure calculations
Synthesize bulk 3-D nanostructures that emulate results obtained on low dimensional superlattices through force engineering and self-assembling techniques
Control the charge carrier concentration and energy to enhance carrier mobility and Seebeck coefficient
Conduct proof-of-principle device-level demonstrations of the improved conversion efficiency of the most promising materials

Qualification

Thermoelectric materials researchFirst principle calculationsNanostructure synthesisElectrical transport propertiesLattice thermal conductivity

Required

Doctoral Degree
Research proposal
Three letters of recommendation
Official doctoral transcript documents

Company

ORAU provides innovative scientific and technical solutions to advance research and education, protect public health and the environment and strengthen national security.

Funding

Current Stage
Late Stage

Leadership Team

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Andy Page
President /CEO
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Scott Miller
President and CEO, ORAU ConScientia
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