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| Influence of the Nozzle Contraction Angles of Gaseous Extinguishing Systems on Discharge Noise |
| Yo-Hwan Kim, Han-Sol Yoo, In-Ju Hwang, Youn-Jea Kim |
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Fire Sci. Eng.. 2019;33(4):77-82. Published online August 31, 2019 DOI: https://doi.org/10.7731/KIFSE.2019.33.4.077 |
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Influence of the Nozzle Contraction Angles of Gaseous Extinguishing Systems on Discharge Noise Fire Science and Engineering. 2019;33(4):77-82  Noise Reduction of an Extinguishing Nozzle Using the Response Surface Method Energies. 2019;12(22):4346 Gaseous Discharge Super-High-Frequency Noise Sources Proceedings of the IRE. 1951;39(8):908-914 Maximizing the retention time of inert gases used in fixed gaseous extinguishing systems Fire Safety Journal. 2016;80:1-8 An Influence of the Peculiarities of the Concentration Field of Gaseous Fire Extinguishing Substances with High Boiling Point on Their Fire Extinguishing Properties IOP Conference Series: Earth and Environmental Science. 2020;459(4):042044 Noise temperature as a measure of mean electron energy in a gaseous discharge Physica. 1970;47(1):64-74 Discharge of a gaseous medium under high pressure through a nozzle with a small opening Journal of Engineering Physics. 1974;26(2):197-201 Experimental study of discharge influence on 2-bromo-3,3,3-trifluoropropene extinguishing efficiency Journal of Chemical Health & Safety. 2006;13(3):26-31 Numerical investigation into the influence of air curtain discharge angles in refrigerated trucks Energy Procedia. 2019;161:207-215 Standardizing the Measurement of Minimum Extinguishing Concentrations of Gaseous Agents Fire Technology. 2008;44(3):207-220 |
