• Corpus ID: 92523796

Thermal conductivity of substoichiometric ZrC and NbC

@inproceedings{Storms1973ThermalCO,
  title={Thermal conductivity of substoichiometric ZrC and NbC},
  author={Edmund K. Storms and Paul Wagner},
  year={1973}
}
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15 Citations
Background Citations
2
Methods Citations
1
Results Citations
1

15 Citations

Synthesis and characterization of ZrCx coatings with different stoichiometry
Vacancy ordering in substoichiometric zirconium carbide: A review
  • T. Davey, Ying Chen
  • Materials Science
    International Journal of Ceramic Engineering & Science
  • 2022
The effect of oxygen impurities on the stability and structural properties of vacancy-ordered and -disordered ZrCx
Theoretical calculations predict several long-range ordered sub-stoichiometric zirconium carbide phases to be stable at low temperature, rather than a random (disordered solution) distribution of…
Thermal stability and performance of optimized ZrC x diffusion barriers in ceramic coating systems for ATF applications
Ultra-High Temperature Materials III: Refractory Carbides II (Ti and V Carbides)
The series of books represents a thorough treatment of ultra-high temperature materials with melting (sublimation or decomposition) points around or over 2500 °C. In the third volume are included…
Precipitations of W/Cu metallic phases in ZrC in the reactive melt infiltrated ZrC/W composite
On the stoichiometry of zirconium carbide
TLDR
This study proposes a method for the accurate measurement of the stoichiometry of ZrC x using three independent experimental techniques, namely: elemental analysis, thermogravimetric analysis and nuclear magnetic resonance spectroscopy; a large scatter in the results was found when used independently, but when combining the techniques together consistent values of x were obtained.
An investigation of the long-range and local structure of sub-stoichiometric zirconium carbide sintered at different temperatures
TLDR
A method is outlined to quantify the stoichiometry of ZrC 1−x and free carbon phases, providing an improvement over the sole use and reliance of widely adopted bulk carbon combustion analysis.
Advanced Concepts in TRISO Fuel
Properties of Zirconium Carbide for Nuclear Fuel Applications
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