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„Lokale maßgeschneiderte Lösungen für die Sektorkopplung“ – KIT Forschungsprojekt untersucht wie auf der kommunalen Ebene die Energiewende gelingen kann - Campus-Report am 01.10.2024
„Lokale maßgeschneiderte Lösungen für die Sektorkopplung“ – KIT Forschungsprojekt untersucht wie auf der kommunalen Ebene die Energiewende gelingen kann - Campus-Report am 01.10.2024
Stefan Fuchs
„Seit 2022 Was-wenn-Szenarien jede halbe Stunde neu.“ – Das Krisenmanagementsystem für nukleare Unfälle RODOS unterstützt den Katastrophenschutz in der Ukraine - Campus-Report am 19.12.2023
„Seit 2022 Was-wenn-Szenarien jede halbe Stunde neu.“ – Das Krisenmanagementsystem für nukleare Unfälle RODOS unterstützt den Katastrophenschutz in der Ukraine - Campus-Report am 19.12.2023
Stefan Fuchs
„Kostengünstiger Wasserstoff nur mit der Kraft der Sonne“ KIT-Forschungsprojekt optimiert die Photokatalyse - Campus-Report am 17.10.2023
„Kostengünstiger Wasserstoff nur mit der Kraft der Sonne“ KIT-Forschungsprojekt optimiert die Photokatalyse - Campus-Report am 17.10.2023
Stefan Fuchs
Product configurator for complex reactor design: From design requirements to print-ready design for additive manufacturing
Product configurator for complex reactor design: From design requirements to print-ready design for additive manufacturing
Mertcan Kaya
"Weißes Gold aus heimischen Quellen“ – Das LiCORNE-Projekt will Lithium in Europa fördern - Campus-Report am 28.03.2023
"Weißes Gold aus heimischen Quellen“ – Das LiCORNE-Projekt will Lithium in Europa fördern - Campus-Report am 28.03.2023
Stefan Fuchs
„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
„Alles aus den verfügbaren Flächen herausholen!“ – Forschungsprojekt zur Optimierung von Solaranlagen am Karlsruher Institut für Technologie - Campus-Report am 01.11.2022
„Alles aus den verfügbaren Flächen herausholen!“ – Forschungsprojekt zur Optimierung von Solaranlagen am Karlsruher Institut für Technologie - Campus-Report am 01.11.2022
Stefan Fuchs
„Fliegen ohne Gewissensbisse“ - ein Demonstrator am Karlsruher Institut für Technologie zeigt, dass Fliegen klimaneutral und ressourcensparend möglich ist. - Campus-Report am 25.10.2022
„Fliegen ohne Gewissensbisse“ - ein Demonstrator am Karlsruher Institut für Technologie zeigt, dass Fliegen klimaneutral und ressourcensparend möglich ist. - Campus-Report am 25.10.2022
Stefan Fuchs
„Den Total-Blackout in jedem Fall verhindern“ – Resilienzforschung am KIT - Campus-Report am 18.10.2022
„Den Total-Blackout in jedem Fall verhindern“ – Resilienzforschung am KIT - Campus-Report am 18.10.2022
Stefan Fuchs
„Mit grünem Wasserstoffmotor geht der Umstieg schneller.“ – KIT-Experte Thomas Jordan plädiert für Technologieoffenheit bei der Dekarbonisierung des Verkehrs. - Campus-Report am 11.10.2022
„Mit grünem Wasserstoffmotor geht der Umstieg schneller.“ – KIT-Experte Thomas Jordan plädiert für Technologieoffenheit bei der Dekarbonisierung des Verkehrs. - Campus-Report am 11.10.2022
Stefan Fuchs
„Wir sind gut beraten, die AKWs jetzt nicht abzuschalten“ – Dr. Thomas Tromm, Experte für Kernsicherheit am Karlsruher Institut für Technologie, plädiert für eine deutliche Verlängerung der Laufzeit - Campus-Report am 26.07.2022
„Wir sind gut beraten, die AKWs jetzt nicht abzuschalten“ – Dr. Thomas Tromm, Experte für Kernsicherheit am Karlsruher Institut für Technologie, plädiert für eine deutliche Verlängerung der Laufzeit - Campus-Report am 26.07.2022
Stefan Fuchs
„Hoffnungsträger in der Energiekrise“ – Forschungsprojekte am Karlsruher Institut für Technologie bereiten den Umstieg auf Wasserstoff vor. - Campus-Report am 12.07.2022
„Hoffnungsträger in der Energiekrise“ – Forschungsprojekte am Karlsruher Institut für Technologie bereiten den Umstieg auf Wasserstoff vor. - Campus-Report am 12.07.2022
Stefan Fuchs
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200504_092719; Material of the ground: Grave04; High of the ignition point: 25cm; Camera: STEMMER
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200504_092719; Material of the ground: Grave04; High of the ignition point: 25cm; Camera: STEMMER
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_095604; Material of the ground: Sand08; High of the ignition point: 40cm; Camera: CANON II
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_095604; Material of the ground: Sand08; High of the ignition point: 40cm; Camera: CANON II
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_095604; Material of the ground: Sand08; High of the ignition point: 40cm; Camera: HIS PHOTRON
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_095604; Material of the ground: Sand08; High of the ignition point: 40cm; Camera: HIS PHOTRON
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_113916; Material of the ground: Sand06; High of the ignition point: 15cm; Camera: PANASONIC I; time 1400-4100 ms
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_113916; Material of the ground: Sand06; High of the ignition point: 15cm; Camera: PANASONIC I; time 1400-4100 ms
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_103252; Material of the ground: Sand05; High of the ignition point: 25cm; Camera: CANON I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_103252; Material of the ground: Sand05; High of the ignition point: 25cm; Camera: CANON I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_090012; Material of the ground: Sand04; High of the ignition point: 25cm; Camera: CANON II
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_090012; Material of the ground: Sand04; High of the ignition point: 25cm; Camera: CANON II
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_090012; Material of the ground: Sand04; High of the ignition point: 25cm Camera: CANON I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_090012; Material of the ground: Sand04; High of the ignition point: 25cm Camera: CANON I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_090012; Material of the ground: Sand04; High of the ignition point: 25cm Camera: PANASONIC I:
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_090012; Material of the ground: Sand04; High of the ignition point: 25cm Camera: PANASONIC I:
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200504_092719; Material of the ground: Grave04; High of the ignition point: 25cm; Camera: CANON II
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200504_092719; Material of the ground: Grave04; High of the ignition point: 25cm; Camera: CANON II
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_142349; Material of the ground: Water02; High of the ignition point: 25cm; Camera: CANON II
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_142349; Material of the ground: Water02; High of the ignition point: 25cm; Camera: CANON II
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_142349; Material of the ground: Water02; High of the ignition point: 25cm; Camera: HIS PHOTRON
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_142349; Material of the ground: Water02; High of the ignition point: 25cm; Camera: HIS PHOTRON
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_142349; Material of the ground: Water02; High of the ignition point: 25cm; Camera: PANASONIC I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_142349; Material of the ground: Water02; High of the ignition point: 25cm; Camera: PANASONIC I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_134405; Material of the ground: Concrete07; High of the ignition point: 08cm; Camera: PANASONIC I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_134405; Material of the ground: Concrete07; High of the ignition point: 08cm; Camera: PANASONIC I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_134405; Material of the ground: Concrete07; High of the ignition point: 08cm; Camera: CANON II
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_134405; Material of the ground: Concrete07; High of the ignition point: 08cm; Camera: CANON II
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_132430; Material of the ground: Concrete06; High of the ignition point: 15cm; Camera: HIS PHOTRON
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_132430; Material of the ground: Concrete06; High of the ignition point: 15cm; Camera: HIS PHOTRON
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_132430; Material of the ground: Concrete06; High of the ignition point: 15cm; Camera: STEMMER
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_132430; Material of the ground: Concrete06; High of the ignition point: 15cm; Camera: STEMMER
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_130148; Material of the ground: Concrete05; High of the ignition point: 25cm; Camera: HIS PHOTRON
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_130148; Material of the ground: Concrete05; High of the ignition point: 25cm; Camera: HIS PHOTRON
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_130148; Material of the ground: Concrete05; High of the ignition point: 25cm; Camera: CANON II
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_130148; Material of the ground: Concrete05; High of the ignition point: 25cm; Camera: CANON II
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_123016; Material of the ground: Concrete04; High of the ignition point: 45cm; Camera: HIS PHOTRON
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_123016; Material of the ground: Concrete04; High of the ignition point: 45cm; Camera: HIS PHOTRON
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_113920; Material of the ground: Sand11; High of the ignition point: 45cm; Camera: PANASONIC I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_113920; Material of the ground: Sand11; High of the ignition point: 45cm; Camera: PANASONIC I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_113920; Material of the ground: Sand11; High of the ignition point: 45cm; Camera: HIS PHOTRON
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_113920; Material of the ground: Sand11; High of the ignition point: 45cm; Camera: HIS PHOTRON
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_113920; Material of the ground: Sand11; High of the ignition point: 45cm; Camera: CANON II
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_113920; Material of the ground: Sand11; High of the ignition point: 45cm; Camera: CANON II
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_111712; Material of the ground: Sand10; High of the ignition point: 08cm; Camera: CANON II
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_111712; Material of the ground: Sand10; High of the ignition point: 08cm; Camera: CANON II
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_111712; Material of the ground: Sand10; High of the ignition point: 08cm; Camera: CANON I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_111712; Material of the ground: Sand10; High of the ignition point: 08cm; Camera: CANON I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_102617; Material of the ground: Sand09; High of the ignition point: 35cm; Camera: PANASONIC I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_102617; Material of the ground: Sand09; High of the ignition point: 35cm; Camera: PANASONIC I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_102617; Material of the ground: Sand09; High of the ignition point: 35cm; Camera: HIS PHOTRON
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_102617; Material of the ground: Sand09; High of the ignition point: 35cm; Camera: HIS PHOTRON
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_102617; Material of the ground: Sand09; High of the ignition point: 35cm; Camera: CANON II
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_102617; Material of the ground: Sand09; High of the ignition point: 35cm; Camera: CANON II
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200504_092719; Material of the ground: Grave04; High of the ignition point: 25cm; Camera: HIS PHOTRON; time 0-697ms
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200504_092719; Material of the ground: Grave04; High of the ignition point: 25cm; Camera: HIS PHOTRON; time 0-697ms
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200504_092719; Material of the ground: Grave04; High of the ignition point: 25cm; Camera: HIS PHOTRON; time 0-82ms
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200504_092719; Material of the ground: Grave04; High of the ignition point: 25cm; Camera: HIS PHOTRON; time 0-82ms
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200504_092719; Material of the ground: Grave04; High of the ignition point: 25cm; Camera: PANASONIC I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200504_092719; Material of the ground: Grave04; High of the ignition point: 25cm; Camera: PANASONIC I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_142349; Material of the ground: Water02; High of the ignition point: 25cm; Camera: CANON I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_142349; Material of the ground: Water02; High of the ignition point: 25cm; Camera: CANON I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_134405; Material of the ground: Concrete07; High of the ignition point: 08cm; Camera: CANON I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_134405; Material of the ground: Concrete07; High of the ignition point: 08cm; Camera: CANON I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_132430; Material of the ground: Concrete06; High of the ignition point: 15cm; Camera: CANON I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_132430; Material of the ground: Concrete06; High of the ignition point: 15cm; Camera: CANON I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_132430; Material of the ground: Concrete06; High of the ignition point: 15cm; Camera: CANON II
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_132430; Material of the ground: Concrete06; High of the ignition point: 15cm; Camera: CANON II
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_132430; Material of the ground: Concrete06; High of the ignition point: 15cm; Camera: PANASONIC I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_132430; Material of the ground: Concrete06; High of the ignition point: 15cm; Camera: PANASONIC I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_130148; Material of the ground: Concrete05; High of the ignition point: 25cm; Camera: PANASONIC I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_130148; Material of the ground: Concrete05; High of the ignition point: 25cm; Camera: PANASONIC I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_113916; Material of the ground: Sand06; High of the ignition point: 15cm; Camera: CANON II
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_113916; Material of the ground: Sand06; High of the ignition point: 15cm; Camera: CANON II
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_113916; Material of the ground: Sand06; High of the ignition point: 15cm; Camera: CANON I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_113916; Material of the ground: Sand06; High of the ignition point: 15cm; Camera: CANON I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_113916; Material of the ground: Sand06; High of the ignition point: 15cm; Camera: HIS PHOTRON
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_113916; Material of the ground: Sand06; High of the ignition point: 15cm; Camera: HIS PHOTRON
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_113916; Material of the ground: Sand06; High of the ignition point: 15cm; Camera: PANASONIC I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_113916; Material of the ground: Sand06; High of the ignition point: 15cm; Camera: PANASONIC I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_113916; Material of the ground: Sand06; High of the ignition point: 15cm; Camera: STEMMER
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_113916; Material of the ground: Sand06; High of the ignition point: 15cm; Camera: STEMMER
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_103252; Material of the ground: Sand05; High of the ignition point: 25cm; Camera: STEMMER
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_103252; Material of the ground: Sand05; High of the ignition point: 25cm; Camera: STEMMER
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_103252; Material of the ground: Sand05; High of the ignition point: 25cm; Camera: PANASONIC I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_103252; Material of the ground: Sand05; High of the ignition point: 25cm; Camera: PANASONIC I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_103252; Material of the ground: Sand05; High of the ignition point: 25cm; Camera: CANON II
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_103252; Material of the ground: Sand05; High of the ignition point: 25cm; Camera: CANON II
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_103252; Material of the ground: Sand05; High of the ignition point: 25cm; Camera: HIS PHOTRON
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_103252; Material of the ground: Sand05; High of the ignition point: 25cm; Camera: HIS PHOTRON
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_090012; Material of the ground: Sand04; High of the ignition point: 25cm; Camera: HIS PHOTRON
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_090012; Material of the ground: Sand04; High of the ignition point: 25cm; Camera: HIS PHOTRON
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_090012; Material of the ground: Sand04; High of the ignition point: 25cm; Camera: STEMMER
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200424_090012; Material of the ground: Sand04; High of the ignition point: 25cm; Camera: STEMMER
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_130148; Material of the ground: Concrete05; High of the ignition point: 25cm; Camera: STEMMER
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_130148; Material of the ground: Concrete05; High of the ignition point: 25cm; Camera: STEMMER
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_130148; Material of the ground: Concrete05; High of the ignition point: 25cm; Camera: CANON I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_130148; Material of the ground: Concrete05; High of the ignition point: 25cm; Camera: CANON I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_123016; Material of the ground: Concrete04; High of the ignition point: 45cm; Camera: CANON I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_123016; Material of the ground: Concrete04; High of the ignition point: 45cm; Camera: CANON I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_123016; Material of the ground: Concrete04; High of the ignition point: 45cm; Camera: CANON II
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_123016; Material of the ground: Concrete04; High of the ignition point: 45cm; Camera: CANON II
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_123016; Material of the ground: Concrete04; High of the ignition point: 45cm; Camera: STEMMER
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_123016; Material of the ground: Concrete04; High of the ignition point: 45cm; Camera: STEMMER
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_123016; Material of the ground: Concrete04; High of the ignition point: 45cm; Camera: PANASONIC I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_123016; Material of the ground: Concrete04; High of the ignition point: 45cm; Camera: PANASONIC I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_113920; Material of the ground: Sand11; High of the ignition point: 45cm; Camera: STEMMER
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_113920; Material of the ground: Sand11; High of the ignition point: 45cm; Camera: STEMMER
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_113920; Material of the ground: Sand11; High of the ignition point: 45cm; Camera: CANON I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_113920; Material of the ground: Sand11; High of the ignition point: 45cm; Camera: CANON I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_111712; Material of the ground: Sand10; High of the ignition point: 08cm; Camera: HIS PHOTRON
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_111712; Material of the ground: Sand10; High of the ignition point: 08cm; Camera: HIS PHOTRON
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_111712; Material of the ground: Sand10; High of the ignition point: 08cm; Camera: STEMMER
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_111712; Material of the ground: Sand10; High of the ignition point: 08cm; Camera: STEMMER
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_111712; Material of the ground: Sand10; High of the ignition point: 08cm; Camera: PANASONIC I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_111712; Material of the ground: Sand10; High of the ignition point: 08cm; Camera: PANASONIC I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_102617; Material of the ground: Sand09; High of the ignition point: 35cm; Camera: CANON I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_102617; Material of the ground: Sand09; High of the ignition point: 35cm; Camera: CANON I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_095604; Material of the ground: Sand08; High of the ignition point: 40cm; Camera: CANON I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_095604; Material of the ground: Sand08; High of the ignition point: 40cm; Camera: CANON I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_095604; Material of the ground: Sand08; High of the ignition point: 40cm; Camera: PANASONIC I
PRESLHY WP 4.4. (Ignition above the Pool) Experiment: 20200427_095604; Material of the ground: Sand08; High of the ignition point: 40cm; Camera: PANASONIC I
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
Das Anthropozän-Konzept – Von der Umwelt zur Unswelt - Prof. Dr. Reinhold Leinfelder
Das Anthropozän-Konzept – Von der Umwelt zur Unswelt - Prof. Dr. Reinhold Leinfelder
Reinhold Leinfelder
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm55_br0
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm55_br0
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm44_br0_02
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm44_br0_02
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm25_br60
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm25_br60
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm25_br30
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm25_br30
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm15_br0
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm15_br0
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm10_br30
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm10_br30
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm10_br0
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm10_br0
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm44_br30
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm44_br30
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm_44_b40_01
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm_44_b40_01
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm30_br60
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm30_br60
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm30_br30
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm30_br30
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm30_br0
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm30_br0
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm15_br60
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm15_br60
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm_15_br30
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm_15_br30
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm10_br60
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); warm10_br60
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold25_br60
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold25_br60
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold15_br60
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold15_br60
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold15_br30
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold15_br30
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold15_br0
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold15_br0
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold10_br30
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold10_br30
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold55_br0
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold55_br0
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold43_br0
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold43_br0
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold30_br60
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold30_br60
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold30_br0
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2); cold30_br0
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2) ; cold_br60
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2) ; cold_br60
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2)
PRESLHY Experiment series WP 5.3 (Flame propagation over a spill of LH2)
Thomas Jordan, Mike Kuznetsov, Andreas Friedrich, Anke Veser, Natalie Kotchourko
KNMFi Makes The Invisible Visible
KNMFi Makes The Invisible Visible
Thomas Schaller
„Mikrowellen zerlegen Treibhausgas“ - KIT WissenschaftlerInnen setzen auf Plasmatechnologie zur effizienten Erzeugung von synthetischen Kraftstoffen aus CO2 - Campus-Report am 09.03.2021
„Mikrowellen zerlegen Treibhausgas“ - KIT WissenschaftlerInnen setzen auf Plasmatechnologie zur effizienten Erzeugung von synthetischen Kraftstoffen aus CO2 - Campus-Report am 09.03.2021
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 - T80G400P2000: macroscopic view
COSMOS-L: Forced convection boiling in a concentric annular gap - T80G400P2000: macroscopic view
Florian Kaiser, Stephan Gabriel
„Explodierende Handys, brennende Elektroautos“ - am Karlsruher Institut für Technologie werden realitätsnahe Sicherheitsstandards für Lithium-Ionen Batterien entwickelt - Campus-Report am 01.09.2020
„Explodierende Handys, brennende Elektroautos“ - am Karlsruher Institut für Technologie werden realitätsnahe Sicherheitsstandards für Lithium-Ionen Batterien entwickelt - Campus-Report am 01.09.2020
Stefan Fuchs
„Deutlich bessere Energiebilanz“ – Mit organischen Solarzellen könnte die Energiewende klappen - Campus-Report am 09.06.2020
„Deutlich bessere Energiebilanz“ – Mit organischen Solarzellen könnte die Energiewende klappen - Campus-Report am 09.06.2020
Stefan Fuchs
Wissenschaftspreis des Stifterverbandes - Erwin-Schrödinger-Preis 2019: Geheimnis der Perowskit-Solarzellen gelüftet
Wissenschaftspreis des Stifterverbandes - Erwin-Schrödinger-Preis 2019: Geheimnis der Perowskit-Solarzellen gelüftet
Energieeffiziente Supraleiter für Zukunftstechnologien
Energieeffiziente Supraleiter für Zukunftstechnologien
Martin Heidelberger, Sandra Wiebe
Nachhaltige Batterie-Technik für den Massenmarkt - In Ulm findet ein internationales Symposium zu Magnesium-Batterien statt - Campusreport am 25.09.2018
Nachhaltige Batterie-Technik für den Massenmarkt - In Ulm findet ein internationales Symposium zu Magnesium-Batterien statt - Campusreport am 25.09.2018
Stefan Fuchs
Carsharing bringt Elektrofahrzeuge schneller auf die Straße - Forschungsprojekt zur Akzeptanz der E-Mobilität in Deutschland - Campusreport am 12.09.2017
Carsharing bringt Elektrofahrzeuge schneller auf die Straße - Forschungsprojekt zur Akzeptanz der E-Mobilität in Deutschland - Campusreport am 12.09.2017
Stefan Fuchs
Risiko Elektroauto - Stromnetz am Limit? - ein Film von Manfred Kessler in "Doku | planet e" auf ZDF vom 10.09.2017, darin Interview mit Patrick Jochem, Institut für Industriebetriebslehre und Industrielle Produktion (IIP)
Risiko Elektroauto - Stromnetz am Limit? - ein Film von Manfred Kessler in "Doku | planet e" auf ZDF vom 10.09.2017, darin Interview mit Patrick Jochem, Institut für Industriebetriebslehre und Industrielle Produktion (IIP)
Manfred Kessler
E-Mobilität - Zukunftsmodell oder Mogelpackung? - Beitrag im SWR1-Aktuell um zwölf am 23.08.2017
E-Mobilität - Zukunftsmodell oder Mogelpackung? - Beitrag im SWR1-Aktuell um zwölf am 23.08.2017
Petra Zundel
Dezentral und dennoch stabil - Helmholtz-Zentren entwickeln Steuerungsarchitektur für "Energiesystem 2050" - Campusreport am 20.06.2017
Dezentral und dennoch stabil - Helmholtz-Zentren entwickeln Steuerungsarchitektur für "Energiesystem 2050" - Campusreport am 20.06.2017
Stefan Fuchs