8.081 a 8.090 de 16.396 Resultados
Hoja de cálculo MS Excel - 97,6 KB -
MD5: b1e3d27cc52a395b791d350589044d5d
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6 sept 2024 - Universidad de Alcalá
Dresing, Nina; Yli-Laurila, Aleksi; Valkila, Saku; Gieseler, Jan; Morosan, Diana E.; Farwa, Ghulam U.; Kartavykh, Yulia; Palmroos, Christian; Jebaraj, Immanuel C.; Jensen, Stefan; Kühl, Patrick; Heber, Bernd; Espinosa Lara, Francisco; Gómez-Herrero, Raúl; Kilpua, Emilia K. J.; Linho, Ville-Vertti I.; Oleynik, Philipp; Hayes, Laura A.; Warmuth, Alexander; Schuller, Frederic; Collier, Hannah; Xiao, Hualin; Asvestari, Eleanna; Trotta, Domenico; Mitchell, John Grant; Cohen, Christina M. S.; Labrador, Allan W.; Hill, Matthew E.; Vainio, Rami, 2024, "SERPENTINE catalog of solar cycle 25 multi-spacecraft solar energetic particle events", https://doi.org/10.5281/ZENODO.10732268
This catalog contains multi-spacecraft solar energetic particle (SEP) events, which were observed with the new heliospheric spacecraft fleet in solar cycle 25. It has been created within the European Union’s Horizon 2020 project SERPENTINE (Solar energetic particle analysis platf...Dataset recolectado desde DataCite con autores de la UAH. El enlace le llevará directamente a los datos originales en dicho archivo. |
5 sept 2024 - Universidad Rey Juan Carlos
Moreno-Brieva, Fernando, 2024, "Scientific trajectories about H2", https://doi.org/10.21950/BCPYDJ, e-cienciaDatos, V3
En esta base de datos se muestran las trayectorias científicas del hidrógeno como combustible de acuerdo con sus distintos tipos, la relación que existe entre ellos, y varios puntos referidos a los principales países que producen nuevos conocimientos científicos sobre el hidrógen... |
5 sept 2024 -
Scientific trajectories about H2
Texto plano - 2,7 KB -
MD5: 690ac86dfebde25c9b507a5f7f3a616d
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5 sept 2024 -
Scientific trajectories about H2
Hoja de cálculo MS Excel - 76,8 KB -
MD5: 05d43daeafe3e0c4be896d27d618f147
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Pérez del Pulgar, Helena; Ortiz-Bustos, Josefa; Tyrell, Hellen; del Hierro, Isabel; Pérez, Yolanda; Barrio, Jesus, 2024, "Influence of Preconditioning, Precursor and Ionomer on the Electrocatalytic CO2 Reduction Using Bismuth-Based Catalysts", https://doi.org/10.21950/XO9HGU, e-cienciaDatos, V1
This database includes the data of charatherization of the materials show in the work with the same name, as well as the electrocatalysis results. |
5 sept 2024 -
Influence of Preconditioning, Precursor and Ionomer on the Electrocatalytic CO2 Reduction Using Bismuth-Based Catalysts
Desconocido - 49,7 KB -
MD5: ac8c2e028cbffd21635915f85e29b138
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5 sept 2024 -
Influence of Preconditioning, Precursor and Ionomer on the Electrocatalytic CO2 Reduction Using Bismuth-Based Catalysts
Desconocido - 56,4 KB -
MD5: 0968f4b864f0306d275b17a247d0256a
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5 sept 2024 -
Influence of Preconditioning, Precursor and Ionomer on the Electrocatalytic CO2 Reduction Using Bismuth-Based Catalysts
Imagen TIFF - 35,4 KB -
MD5: f441526a23d52859b35ad2f89d37dce9
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5 sept 2024 -
Influence of Preconditioning, Precursor and Ionomer on the Electrocatalytic CO2 Reduction Using Bismuth-Based Catalysts
Imagen TIFF - 3,0 MB -
MD5: 39d7964d3ea5b645449193c7f8f49c4b
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