Many advanced nuclear reactor designs require new fuel, cladding and structural materials. Data are needed to characeterize the performance of these new materials in high temperature, oxidizing and radiation conditions. To obtain this data, robust instrumentation is needed htat can survive proposed test conditions. Traditional methods for measuring temperature in-pile degrade at temperatures above 1080 degrees C. Hence, a project was intiated to develop specialized thermocouples for high temperature in-pile applications (see Rempe and Wilkins, 2005). This paper summarizes efforts to develop, fabricate and evaluate these specialized thermocouples
During irradiation tests at high temperature, failure of commercial Inconel 600 sheathed thermocoupl...
International audienceThermal conductivity is a key property that must be known for proper design, t...
International audienceThermal conductivity is a key property that must be known for proper design, t...
Many advanced nuclear reactor designs require new fuel, cladding, and structural materials. Data are...
Traditional methods for measuring temperature in-pile degrade at temperatures above 1080 degrees C. ...
Several options have been identified that could further enhance the reliability and increase the app...
Many advanced nuclear reactor designs require new fuel, cladding, and structural materials. Data are...
During irradiation tests at high temperature failure of commercial Inconel 600 sheathed thermocouple...
New fuel, cladding, and structural materials offer the potential for safer and more economic energy ...
During irradiation tests at high temperature failure of commercial Inconel 600 sheathed thermocouple...
Instrumentation capable of obtaining accurate, real-time data is essential for accelerating innovati...
Instrumentation capable of obtaining accurate, real-time data is essential for accelerating innovati...
Instrumentation capable of obtaining accurate, real-time data is essential for accelerating innovati...
During irradiation tests at high temperature, failure of commercial Inconel 600 sheathed thermocoupl...
Thermophysical properties of advanced nuclear fuels and materials during irradiation must be known p...
During irradiation tests at high temperature, failure of commercial Inconel 600 sheathed thermocoupl...
International audienceThermal conductivity is a key property that must be known for proper design, t...
International audienceThermal conductivity is a key property that must be known for proper design, t...
Many advanced nuclear reactor designs require new fuel, cladding, and structural materials. Data are...
Traditional methods for measuring temperature in-pile degrade at temperatures above 1080 degrees C. ...
Several options have been identified that could further enhance the reliability and increase the app...
Many advanced nuclear reactor designs require new fuel, cladding, and structural materials. Data are...
During irradiation tests at high temperature failure of commercial Inconel 600 sheathed thermocouple...
New fuel, cladding, and structural materials offer the potential for safer and more economic energy ...
During irradiation tests at high temperature failure of commercial Inconel 600 sheathed thermocouple...
Instrumentation capable of obtaining accurate, real-time data is essential for accelerating innovati...
Instrumentation capable of obtaining accurate, real-time data is essential for accelerating innovati...
Instrumentation capable of obtaining accurate, real-time data is essential for accelerating innovati...
During irradiation tests at high temperature, failure of commercial Inconel 600 sheathed thermocoupl...
Thermophysical properties of advanced nuclear fuels and materials during irradiation must be known p...
During irradiation tests at high temperature, failure of commercial Inconel 600 sheathed thermocoupl...
International audienceThermal conductivity is a key property that must be known for proper design, t...
International audienceThermal conductivity is a key property that must be known for proper design, t...