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Radia Lahlou
Radia Lahlou
Phd Candidate, Khalifa University- Masdar Institute
Verified email at ku.ac.ae
Title
Cited by
Cited by
Year
Dispatchable solar power using molten salt directly irradiated from above
N Calvet, AH Slocum, A Gil, B Grange, R Lahlou, TT Hamer, M Diago, ...
Solar Energy 220, 217-229, 2021
212021
Standardizing accelerated aging testing conditions for silvered-glass reflectors
J Wette, F Sutter, A Fernández-García, R Lahlou, P Armstrong
AIP Conference Proceedings 2033 (1), 2018
102018
Thermal modeling of a secondary concentrator integrated with an open direct-absorption molten-salt volumetric receiver in a beam-down tower system
R Lahlou, P Armstrong, B Grange, S Almheiri, N Calvet, A Slocum, ...
AIP Conference Proceedings 1734 (1), 2016
92016
Testing of a secondary concentrator integrated with a beam-down tower system under non-liquid cooling strategies
R Lahlou, PR Armstrong, N Calvet, AH Slocum, T Shamim
AIP Conference Proceedings 2033 (1), 2018
62018
Study and comparison of naturally-aged and As-received silvered-glass reflectors
R Lahlou, K Al Naimi, H Al Yammahi, J Wette, F Sutter, ...
AIP Conference Proceedings 2033 (1), 2018
42018
Reflectance degradation of a secondary concentrator by nitrate salt vapor deposition in an open volumetric receiver configuration
R Lahlou, PR Armstrong, N Calvet, T Shamim
AIP Conference Proceedings 1850 (1), 2017
32017
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Articles 1–6