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Umwelt.wandel.wissen.nutzen
Umwelt.wandel.wissen.nutzen
Joshua Bayless
„Aus klimaschädlichem CO2 wird hochwertiger Kohlenstoff“– Am Karlsruher Institut für Technologie wurde die Versuchsanlage des NECOC Forschungsprojekts in Betrieb genommen - Campus-Report am 17.01.2023
„Aus klimaschädlichem CO2 wird hochwertiger Kohlenstoff“– Am Karlsruher Institut für Technologie wurde die Versuchsanlage des NECOC Forschungsprojekts in Betrieb genommen - Campus-Report am 17.01.2023
Stefan Fuchs
COSMOS-L: Flow during Critical Heat Flux
COSMOS-L: Flow during Critical Heat Flux
Florian Kaiser, Stephan Gabriel
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G600P2000: macroscopic view
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G600P2000: macroscopic view
Florian Kaiser, Stephan Gabriel
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G600P2000 - 50% of CHF power
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G600P2000 - 50% of CHF power
Florian Kaiser, Stephan Gabriel
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G400P1200 - 75% of CHF power
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G400P1200 - 75% of CHF power
Florian Kaiser, Stephan Gabriel
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G400P1200 - 50% of CHF power
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G400P1200 - 50% of CHF power
Florian Kaiser, Stephan Gabriel
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G600P2000 - 75% of CHF power
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G600P2000 - 75% of CHF power
Florian Kaiser, Stephan Gabriel
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G600P2000 - 90% of CHF power
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G600P2000 - 90% of CHF power
Florian Kaiser, Stephan Gabriel
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G400P1200: macroscopic view
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G400P1200: macroscopic view
Florian Kaiser, Stephan Gabriel
COSMOS-L: Forced convection boiling in a concentric annular gap - T65G400P2000 - 90% of CHF power
COSMOS-L: Forced convection boiling in a concentric annular gap - T65G400P2000 - 90% of CHF power
Florian Kaiser, Stephan Gabriel
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G400P2000: macroscopic view
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G400P2000: macroscopic view
Florian Kaiser, Stephan Gabriel
COSMOS-L: Forced convection boiling in a concentric annular gap - T65G400P2000: macroscopic view
COSMOS-L: Forced convection boiling in a concentric annular gap - T65G400P2000: macroscopic view
Florian Kaiser, Stephan Gabriel
COSMOS-L Forced Convection boiling in a concentric annular gap - T80G400P2000 - 75% of CHF power
COSMOS-L Forced Convection boiling in a concentric annular gap - T80G400P2000 - 75% of CHF power
Florian Kaiser, Stephan Gabriel
COSMOS-L Forced Convection boiling in a concentric annular gap - T80G400P2000 - 50% of CHF power
COSMOS-L Forced Convection boiling in a concentric annular gap - T80G400P2000 - 50% of CHF power
Florian Kaiser, Stephan Gabriel
COSMOS-L Forced Convection boiling in a concentric annular gap - T80G400P1200 - 90% of CHF power
COSMOS-L Forced Convection boiling in a concentric annular gap - T80G400P1200 - 90% of CHF power
Florian Kaiser, Stephan Gabriel
COSMOS-L Forced Convection boiling in a concentric annular gap - T80G400P2000 - 90% of CHF power
COSMOS-L Forced Convection boiling in a concentric annular gap - T80G400P2000 - 90% of CHF power
Florian Kaiser, Stephan Gabriel
Große Energiespeicher für die Energiewende - Das NADINE Forschungsprojekt erprobt die effiziente Umwandlung von Sonnenstrom in Wärme und wieder zurück - Campusreport am 04.12.2018
Große Energiespeicher für die Energiewende - Das NADINE Forschungsprojekt erprobt die effiziente Umwandlung von Sonnenstrom in Wärme und wieder zurück - Campusreport am 04.12.2018
Stefan Fuchs
Knips mal die Tapete an! - OLEDs – flächendeckend Licht - Beitrag bei Radio KIT am 08.10.2015
Knips mal die Tapete an! - OLEDs – flächendeckend Licht - Beitrag bei Radio KIT am 08.10.2015
Lennart Grabisch
Heiße Prozesse für coole Produkte : Schülerkongress zur Verfahrenstechnik im Karlsruher Kongresshaus ; Beitrag in "RTV-Nachrichten" vom 11.10.2004
Heiße Prozesse für coole Produkte : Schülerkongress zur Verfahrenstechnik im Karlsruher Kongresshaus ; Beitrag in "RTV-Nachrichten" vom 11.10.2004
Katja Rosdorff