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Version 1

Analytical modelling of food storage cooling with solar ammonia-water absorption system, powered by parabolic trough collectors and with case studies for Seville

Published:19 April 2021|Version 1|DOI:10.17632/h95284fmgf.1
Contributors:Mugur Balan,
, Alexandru Dobrovicescu,
,
,
,

Description

Data related to the study "Analytical modelling of food storage cooling with solar ammonia-water absorption system, powered by parabolic trough collectors and with case studies for Seville"

Steps to reproduce

According to the study "Analytical modelling of food storage cooling with solar ammonia-water absorption system, powered by parabolic trough collectors and with case studies for Seville"

Institutions

Institutions

Universitatea Tehnica din Cluj-Napoca

Categories

Mathematical Modeling

Licence

Creative Commons Attribution 4.0 International

Version 2

Analytical modelling of food storage cooling with solar ammonia-water absorption system, powered by parabolic trough collectors and with case studies for Seville

Published:19 April 2021|Version 2|DOI:10.17632/h95284fmgf.2
Contributors:Mugur Balan,
, Alexandru Dobrovicescu,
,
,
,

Description

Data related to the study "Analytical modelling of food storage cooling with solar ammonia-water absorption system, powered by parabolic trough collectors and with case studies for Seville" Acknowledgement This study was partially supported by the Project “Entrepreneurial competences and excellence research in doctoral and postdoctoral programs – ANTREDOC no. 56437/24.07.2019”, project co-funded by the European Social Fund.

Steps to reproduce

According to the study "Analytical modelling of food storage cooling with solar ammonia-water absorption system, powered by parabolic trough collectors and with case studies for Seville"

Institutions

Institutions

Universitatea Tehnica din Cluj-Napoca

Categories

Mathematical Modeling

Licence

Creative Commons Attribution 4.0 International