DOE Omni research associate Calvin Condie working on the rotating detonating engine with his mentor Donald Ferguson
DOE Omni research associate Calvin Condie working on the rotating detonating engine with his mentor Donald Ferguson at the National Energy Technology Laboratory in Morgantown, West Virginia. Calvin is working in the Energy Conversion Engineering division. His project is the development of high signal-to-noise ratio ion probe with variable resistance for testing of Rotating Detonation Engines. In this project, Calvin is involved in designing an automated circuit for a probe to measure flow conductivity in a combustion experiment that will make adjustments based on the measurement environment. In addition, he will utilize existing and possible new data to help train a neural network in order to provide a measure of combustion stability.
DOE Omni research associate Calvin Condie working on the rotating detonating engine with his mentor Donald Ferguson
DOE Omni research associate Calvin Condie working on the rotating detonating engine with his mentor Donald Ferguson at the National Energy Technology Laboratory in Morgantown, West Virginia. Calvin is working in the Energy Conversion Engineering division. His project is the development of high signal-to-noise ratio ion probe with variable resistance for testing of Rotating Detonation Engines. In this project, Calvin is involved in designing an automated circuit for a probe to measure flow conductivity in a combustion experiment that will make adjustments based on the measurement environment. In addition, he will utilize existing and possible new data to help train a neural network in order to provide a measure of combustion stability.