Global Warming - Impacts and Future Perspectives 2012
DOI: 10.5772/48349
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The Impact on Global Warming of the Substitution of Refrigerant Fluids in Vapour Compression Plants: An Experimental Study

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Cited by 4 publications
(2 citation statements)
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“…Each of the fluidic reservoirs is connected to a pressure controller (Elveflow OB1, see Note S2, Supporting Information, for technical details) at the inlet (x = 0 m) and at the outlet (x = 1 m). The tube contains capsules composed of n = 18 bistable elements, and the physical parameters of the capsules were measured experimentally, yielding: 2 , with standard deviation of ±0.3217 Pa m 2 (see Note S3, Supporting Information, for details). The capsule's velocity, length, and position were measured using a in-house video analysis code (see Software S2, Supporting Information, as well as measurement error analysis provided in Note S2, Supporting Information) allowing us to analyse the propagation of pressure throughout the metafluid, its effect on the individual capsules, and their interconnected behavior.…”
Section: Experimental Demonstrationmentioning
confidence: 99%
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“…Each of the fluidic reservoirs is connected to a pressure controller (Elveflow OB1, see Note S2, Supporting Information, for technical details) at the inlet (x = 0 m) and at the outlet (x = 1 m). The tube contains capsules composed of n = 18 bistable elements, and the physical parameters of the capsules were measured experimentally, yielding: 2 , with standard deviation of ±0.3217 Pa m 2 (see Note S3, Supporting Information, for details). The capsule's velocity, length, and position were measured using a in-house video analysis code (see Software S2, Supporting Information, as well as measurement error analysis provided in Note S2, Supporting Information) allowing us to analyse the propagation of pressure throughout the metafluid, its effect on the individual capsules, and their interconnected behavior.…”
Section: Experimental Demonstrationmentioning
confidence: 99%
“…The emission associated with these cycles is a primary contributor to global warming, and the use of hazardous fluids, required for efficient cooling cycles, makes refrigeration the world's current most polluting technology. [1][2][3][4] This motivates the development of new fluids with enhanced thermodynamic properties that enable cleaner and more efficient energy cycles.…”
Section: Introductionmentioning
confidence: 99%