Solar Heat Storage Volume II: Latent Heat Material
Langue : Anglais
Auteur : Lane G.A.
Several hundred technically acceptable PCMs were identified in Volume I of this set, and some of their thermodynamic and physical properties were present. Out of these, practical considerations have reduced the list to a few commercial PCMs for solar energy thermal storage heating and cooling applications. In Volume II these PCMs and their technology and discussed.
1. Phase-Change Materials 2. Thickened and Gelled Phase-Change Materials 3. Encapsulation of PCMs 4. Testing Latent Heat-Storage Devises 5. Thermal Design Principles
Date de parution : 11-2017
17.8x25.4 cm
Thème de Solar Heat Storage :
Mots-clés :
Glauber’s Salt; transfer; Heat Transfer Fluid; fluid; Salt Hydrate; glaubers; Calcium Chloride Hexahydrate; salt; Heat Storage Capacity; hydrate; Heat Storage; capacity; Microencapsulated PCMs; coefficient; ASHRAE Standard; unit; Congruent Melting; sodium; Average Void Fraction; sulfate; Latent Heat Storage; George A; Lane; PCM Storage; Paul J; Moses; PCM Thermal Storage; Roger L; Cole; Tank Heat Exchanger; John A; Clark; Latent Heat Storage Capacity; Heat Storage Devices; Peritectic Point; Solid Temperature Distribution; Thermal Storage Device; Suitable PCM; Latent Heat Storage Units; Bingham Plastic; Heat Transfer Coefficient; Binary Phase Diagram; Hydrous Magnesium Aluminum Silicate
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