Summary
Based on the corresponding principle, it is found that the relationship between saturated vapour corresponding density and corresponding temperature for mixtures accorded with that for pure components. Moreover, a method was obtained to calculate the critical density and critical pressure of refrigerant mixtures by using the critical density and critical pressure of pure components and thus the characteristic parameters, the critical density and critical pressure of refrigerant mixtures, were achieved. Then the generalized equation that is implicit and used to calculate saturated vapour density of refrigerant mixtures was proposed. In addition, the values calculated were compared with the values in the literature for five ternary and binary refrigerant mixtures and their deviation is less than 2%.
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Details
- Original title: [In Chinese. / En chinois.]
- Record ID : 2007-1949
- Languages: Chinese
- Source: Journal of Refrigeration - vol. 28 - n. 3
- Publication date: 2007/06
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Indexing
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Themes:
Thermodynamic measurements;
HFCs;
Blends - Keywords: R410A; R134a; Calculation; Density; Temperature; R407b; R407a; R404A; R32; Critical point; Mixture; Critical density; Refrigerant
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Termofysikaliska egenskaper för arbetsmedia i k...
- Author(s) : VAMLING L.
- Date : 1996
- Languages : Swedish
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Thermodynamic properties of pure and blended hy...
- Author(s) : JSRAE, TILLNER-ROTH R., LI J., YOKOZEKI A., SATO H., WATANABE K.
- Date : 1998/05
- Languages : English
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Les fluides de remplacement : application en cl...
- Author(s) : TIXIER A.
- Date : 1996/02/27
- Languages : French
- Source: UNEP, Atelier Transf. Technol., Douala - 5 p.; 5 fig.; 1 tabl.; 17 ref.
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Critical parameters for HFC134a, HFC32 and HFC125.
- Author(s) : HIGASHI Y.
- Date : 1994/11
- Languages : English
- Source: International Journal of Refrigeration - Revue Internationale du Froid - vol. 17 - n. 8
- Formats : PDF
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Critical parameters for HFC134a, HFC32 and HFC125.
- Author(s) : HIGASHI Y.
- Date : 1993/05/12
- Languages : English
- Source: Energy Efficiency in Refrigeration and Global Warming Impact.
- Formats : PDF
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