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| Development of a Low-Power Standalone Heat Detector Using a Critical-Temperature Switch |
| Sungwoo Jo, Sun-Kyu Jung, Jimin Son, Hyun-Tak Kim |
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Fire Sci. Eng.. 2019;33(4):70-76. Published online August 31, 2019 DOI: https://doi.org/10.7731/KIFSE.2019.33.4.070 |
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Development of a Low-Power Standalone Heat Detector Using a Critical-Temperature Switch Fire Science and Engineering. 2019;33(4):70-76  An automatic low temperature heat switch Cryogenics. 1983;23(9):467-468 Analytical assessment of a concentrated solar sub-critical thermal power plant using low temperature heat transfer fluid Energy & Environment. 2020;32(8):1524-1542 Convenient method for applying force to a mechanical heat switch, for use in low temperature specific heat measurements Cryogenics. 1969;9(5):382-384 A Model on Heat Signal of Crystal Detector at Low Temperature Journal of Low Temperature Physics. 2018;193(3-4):393-401 Electrical and thermal magnetoconductivities of single-crystal beryllium at low temperatures and its use as a heat switch Journal of Low Temperature Physics. 1977;27(1-2):91-105 Implementation and evaluation of a low temperature waste heat recovery power cycle using NH3 in an Organic Rankine Cycle Energy. 2012;48(1):227-232 Economic power generation from low-temperature geothermal resources using organic rankine cycle combined with vapour absorption chiller Heat Recovery Systems and CHP. 1992;12(2):143-158 Improving the engine cooling system using a power generation cycle for low-temperature heat source (heat losses in engine) instead of radiator Applied Thermal Engineering. 2017;120:196-202 Development of thermal flow simulation method for switch mode power supplies and its integration with electric circuit analysis (in the case of natural convection air cooled switch mode power supply) Heat Transfer?Asian Research. 2004;33(8):473-489 |
