PCM Heat Storage Charged with a Double‐Reflector Solar System
A Veremachi, BC Cuamba, A Zia… - Journal of solar …, 2016 - Wiley Online Library
A “Solar Salt”(NaNO3–KNO3 60: 40 molar mixture) latent heat storage has been charged by
direct solar illumination. Solar Salt as a Phase Change Material (PCM) can be an attractive …
direct solar illumination. Solar Salt as a Phase Change Material (PCM) can be an attractive …
Computational and experimental study of fluid flow and heat flow characteristics in porous media
Shortage of energy is increasing day by day and we have to store energy for our future.
Storage is a challenge in the current scenario and lot of research is being conducted to find …
Storage is a challenge in the current scenario and lot of research is being conducted to find …
[PDF][PDF] OPTIMIZATION & PARAMETRIC ANALYSIS OF SENSIBLE HEAT BASED THERMAL ENERGY STORAGE MATERIALS BY USING FACTORIAL TECHNIQUE
A Sharma, PK Pandey, M Didwania - researchgate.net
Email: mukesh. didwania@ poornima. org Abstract: In the present scenario, lots of research
is going on regarding the utilisation of waste heat for other applications. Lots of technologists …
is going on regarding the utilisation of waste heat for other applications. Lots of technologists …
[PDF][PDF] Molecular structure of dermatan sulphate tetrasaccharide
M Hricovíni - 2021 - sciforum.net
The knowledge of carbohydrate molecular structure is essential for understanding various
processes in glycobiology. Dermatan sulphate (DS) belongs to the group of …
processes in glycobiology. Dermatan sulphate (DS) belongs to the group of …
[PDF][PDF] Research Article PCM Heat Storage Charged with a Double-Reflector Solar System
A Veremachi, BC Cuamba, A Zia, J Lovseth, OJ Nydal - 2016 - academia.edu
A “Solar Salt”(NaNO3–KNO3 60: 0 molar mixture) latent heat storage has been charged by
direct solar illumination. Solar Salt as a Phase Change Material (PCM) can be an attractive …
direct solar illumination. Solar Salt as a Phase Change Material (PCM) can be an attractive …
[CITATION][C] Materials and thermal storage systems by sensible heat for thermodynamic electro-solar plants
T Nahhas - 2017 - Université de Perpignan