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Experimental investigation of R600a as a low GWP substitute to R134a in the closed-loop two-phase thermosyphon of the mini thermoelectric refrigerator
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A. BAŞARAN, "Experimental investigation of R600a as a low GWP substitute to R134a in the closed-loop two-phase thermosyphon of the mini thermoelectric refrigerator," Applied Thermal Engineering , vol.211, 2022

BAŞARAN, A. 2022. Experimental investigation of R600a as a low GWP substitute to R134a in the closed-loop two-phase thermosyphon of the mini thermoelectric refrigerator. Applied Thermal Engineering , vol.211 .

BAŞARAN, A., (2022). Experimental investigation of R600a as a low GWP substitute to R134a in the closed-loop two-phase thermosyphon of the mini thermoelectric refrigerator. Applied Thermal Engineering , vol.211.

BAŞARAN, ANIL. "Experimental investigation of R600a as a low GWP substitute to R134a in the closed-loop two-phase thermosyphon of the mini thermoelectric refrigerator," Applied Thermal Engineering , vol.211, 2022

BAŞARAN, ANIL. "Experimental investigation of R600a as a low GWP substitute to R134a in the closed-loop two-phase thermosyphon of the mini thermoelectric refrigerator." Applied Thermal Engineering , vol.211, 2022

BAŞARAN, A. (2022) . "Experimental investigation of R600a as a low GWP substitute to R134a in the closed-loop two-phase thermosyphon of the mini thermoelectric refrigerator." Applied Thermal Engineering , vol.211.

@article{article, author={ANIL BAŞARAN}, title={Experimental investigation of R600a as a low GWP substitute to R134a in the closed-loop two-phase thermosyphon of the mini thermoelectric refrigerator}, journal={Applied Thermal Engineering}, year=2022}