Analytik, Diagnose und Sicherheit
-
Überwindung von Datenknappheit bei der KI-basierten Qualitätskontrolle von Lithium-Ionen-Zellen
-
Cell Format Dependent Cyclic and Calendar Aging of Lihtium-Ion Cells: A Comparison of Coin and Pouch Cells
-
Unravelling picosecond dynamics in polymer electrolytes with neutrons
-
Not All Battery Fires Are Equal: Experimental Analysis of Failure Mechanism-Dependent Thermal Runaway Behavior and Its Implications for Battery Safety Regulations
-
Echtzeit-Zustandsdiagnose von Batterien im Betrieb
-
Systematische Untersuchung thermischer Zersetzungsprozesse in Natrium-Ionen Batterien
-
Evaluating the Thermal Safety Advantage of Sodium-Ion Cathode Active Materials in Comparison to Their Lithium Counterparts
-
Einfluss von Modellierungsentscheidungen auf die frühe datengetriebene Lebensdauervorhersage von Batteriezellen
-
Experimentelle Untersuchung des Kurzschlussverhaltens silizium- und nickelreicher Lithium-Ionen-Zellen in Abhängigkeit vom Alterungszustand
-
Linking low-voltage degradation to electrode expansion in commercial sodium-ion batteries using CT and dilatometry
-
Operando Electrochemical Impedance Spectroscopy Reveals Sodium Metal Plating During Fast Charging of Sodium-Ion Batteries
-
In-Operando Pressure-Mapping for Monitoring Mechanical Behaviour of Lithium-Ion Pouch Cells During Fast Charging
-
Advanced Operando, Calorimetric and Safety Characterization of Next-Generation Batteries
-
Automated Segmenting of Arbitrary Battery Data for Reproducible Analysis Workflows
-
Automated Quality Assessment and Model-Based Reconstruction of Battery Field Data
-
Vom REM-Querschnitt zur Elektrodenphysik: vollständige Segmentierung von Partikeln, Rissen und Poren in NCM-Kathoden
-
Entangling the Entropy Behaviour in Sodium-Ion Batteries by the Sodiation Kinetics
-
Operando NMR for Investigating Sodium-Ion Battery Materials: Insights into Sodiation and Co-Intercalation
-
Upscaling effects on gas composition in lithium-ion battery safety tests
-
Determination of transfered and released heat energy during cell propagation of Lithium-Ion Batteries
-
Thermite-Based Triggering of Thermal Runaway in Battery Cells and Packs
-
Charakterisierungsstrategie für trockenprozessierter Batterieelektroden vom Pulver bis zur Zelle
-
Pore Structure Evolution in High-Temperature Sodium-Halide Cathodes: a Micro-CT Study under Operating Conditions
-
Advanced Characterization of Water-Processed Lithium-Ion Battery Cathodes
-
AI-Driven Non-Destructive Quality Control of Lithium-Ion Pouch Cells by Scanning Acoustic Microscopy
-
Von der Passivierung zur selbstbeschleunigenden Erwärmung: tiefgekühlte, kurzgeschlossene Lithium-Ionen-Zellen in Experiment und Simulation
-
DiBaLa: Digitale Abbildung eines realen Batterielabors für interaktive Batterieprüfungen
-
Evaluation of the failure mechanisms in cylindrical sodium-ion and lithium-ion batteries via high-speed synchrotron radiography
-
Nichtlineare Frequenzganganalyse zur Identifikation von Reaktionskinetik und operando Zustandsbestimmung
-
Long-Term Cycling of LFP Cells: Critical Operating Windows for Capacity Degradation
-
Rainflowanalyse und Vergleich von Felddaten und synthetischen Belastungsprofilen verschiedener Batterieanwendungen
-
Electrolyte Vapor Sorption: Linking Surface Accessibility to Initial Capacity Losses in Carbon Anodes
-
Thermal Runaway in Sodium-ion and Lithium-ion Batteries under Different States of Charge: A Comparative Study
-
Modeling Aging Behavior in Nano-Silicon Coated Graphite Anodes Using Discrete Element Method: Insights into Particle-Level Interactions and Irreversible Volume Changes
-
How can the properties of battery binders be made visible—even in fluorine-free manufacturing?
-
How to quantify battery safety? Revisiting the state of safety (SoS) for lithium-ion batteries and beyond
-
Storage of Nickel-Rich Layered Oxide CAMs under Humid Air with or without CO2: Effect of H+ Intercalation and Surface Contaminants on Cycle Life