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Application of Fluidic Sensors for Measurement of Turbine Inlet Temperature
ISSN: 0148-7191, e-ISSN: 2688-3627
Published February 01, 1972 by SAE International in United States
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Maximum temperature is a critical parameter in the control of any thermodynamic cycle. Fast and precise temperature control means improved specific fuel consumption and increased engine life by making it possible to maintain the engine at or near its maximum temperature, yet not exceeding it. The fluidic temperature sensor is the first direct measuring sensor that offers both long life and fast response. It is applicable to mass production techniques and is ideally suited to vehicular and commercial gas turbine usage, as well as other types of heat engines.
CitationMcMillan, J. and Pamperin, R., "Application of Fluidic Sensors for Measurement of Turbine Inlet Temperature," SAE Technical Paper 720158, 1972, https://doi.org/10.4271/720158.
- Hahn K. L. “Fluidic Sensor Temperature Indicating System.” Technical Report AFAPL-TR-71-24 April 1971
- Small L. L. “A Fluidic Sensor for Measuring Turbine Inlet Gas Temperature.” Proceedings of the Government Fluidics Coordination Group Symposium U. S. Naval Post Graduate School Monterey, Calif. October 1970
- Otte A. A. “Development of a Low-Mass Flow, High Temperature High Pressure Continuous-Source Hot-Gas Facility.” Proceedings of Institute of Environmental Sciences Annual Meeting 1970