Material and Component Development for Thermal Energy Storage:Task 58 / ES Annex 33

Autor: Abd, Amir, Aigenbauer, Thomas, Angerer, Michael, Bahrami, Majid, Baldini, Luca, Bauer, Dan, Bayón, Rocío, Beaupere, Noé, Beving, Max, Biedenbach, Michael, Blanchard, Didier, Brütting, Michael, Cabeza, Luisa F., Cuypers, Ruud, Daguenet-Frick, Xavier, Dannemand, Mark, de Lange , Rick, Gracia, Mónica Delgado, Diarce, Gonzalo, Djebbar, Reda, Donkers, Pim, Doppiu, Stefania, Eames, Phil, Elvins, Jon, Englmair, Gerald, Farid, Mohammed, Fellmann, Oliver, Fink, Markus, Fischer, Fabian, Frazzica, Andrea, Fumey, Benjamin, Furbo, Simon, Gantenbein, Paul, Gasia, Jaume, Gravogl, Georg, Groulx, Dominic, Gschwander, Stefan, Gunasekara, Saman, Gutierrez, Andrea, Hauer, Andreas, Haussmann, Thomas, Herzog, Thomas, Höhlein, Stephan, Issayan, Gayaney, Johannes, Kevyn, Johnson, Maike, Karabanova, Anastasiia, Kerskes, Henner, Knoll, Christian, Köll, Rebekka, Kong, Weiqiang, König-Haagen, Andreas, Kouchachvili, Lia, Kuznik, Frédéric, Lager, Daniel, Laurenz, Eric, Lazaro, Ana, Liberatore, Raffaele, Martin, Viktoria, Mastronardi, Emanuela, Mastronardo, Emanuela, Milone, Candida, Mueller, Danny, Munz, Gunther, Obermeyer, Melissa, Barrio, Elena Palomo del, Piperopoulos, Elpida, Rathgeber, Christoph, Ravotti, Rebecca, Ristić, Alenka, Rouge, Sylvie, Rouhani, Mina, Searle, Justin, Skrylnyk, Alexandre, Stamatiou , Anastasia, van Helden, Wim, Vandersickel, Annelies, Wagner, Waldemar, Walsh, Sara Mae, Weber, Rebecca, Weber, Robert, Weinberger, Peter, Zalewski, Laurent, Zettl, Bernhard, Zsembinszki, Gabriel

Publikováno v: Abd, A, Aigenbauer, T, Angerer, M, Bahrami, M, Baldini, L, Bauer, D, Bayón, R, Beaupere, N, Beving, M, Biedenbach, M, Blanchard, D, Brütting, M, Cabeza, L F, Cuypers, R, Daguenet-Frick, X, Dannemand, M, de Lange, R, Gracia, M D, Diarce, G, Djebbar, R, Donkers, P, Doppiu, S, Eames, P, Elvins, J, Englmair, G, Farid, M, Fellmann, O, Fink, M, Fischer, F, Frazzica, A, Fumey, B, Furbo, S, Gantenbein, P, Gasia, J, Gravogl, G, Groulx, D, Gschwander, S, Gunasekara, S, Gutierrez, A, Hauer, A, Haussmann, T, Herzog, T, Höhlein, S, Issayan, G, Johannes, K, Johnson, M, Karabanova, A, Kerskes, H, Knoll, C, Köll, R, Kong, W, König-Haagen, A, Kouchachvili, L, Kuznik, F, Lager, D, Laurenz, E, Lazaro, A, Liberatore, R, Martin, V, Mastronardi, E, Mastronardo, E, Milone, C, Mueller, D, Munz, G, Obermeyer, M, Barrio, E P D, Piperopoulos, E, Rathgeber, C, Ravotti, R, Ristić, A, Rouge, S, Rouhani, M, Searle, J, Skrylnyk, A, Stamatiou, A, van Helden, W, Vandersickel, A, Wagner, W, Walsh, S M, Weber, R, Weber, R, Weinberger, P, Zalewski, L, Zettl, B & Zsembinszki, G 2020, Material and Component Development for Thermal Energy Storage : Task 58 / ES Annex 33 . IEA .

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=od______1202::b78d99436c8d72f136f3b5ecffab0cd1
https://orbit.dtu.dk/en/publications/1f10e778-63a9-44a7-94cd-1cbc060a1aa6