1. OPUS

Suche


Aktuelle Facetten:


Neue Suche starten
Facetten hinzufügen:

Wenden Sie Filter/Facetten an, um Ihre Suche zu verfeinern.

 | 
Treffer 1-10 von 14 (Suchzeit: 0.001 Sekunden).
Treffer Dokumente:
ErscheinungsdatumTitelAutor(en)
2023How cell design affects the aging behavior : comparing electrode-individual aging processes of high-energy and high-power lithium-ion batteries using high precision coulometryJagfeld, Sebastian Michael Peter; Birke, Kai Peter; Fill, Alexander; Keil, Peter
2023Techno-economic potential of plasma-based CO2 splitting in power-to-liquid plantsKaufmann, Samuel Jaro; Rößner, Paul; Renninger, Stephan; Lambarth, Maike; Raab, Moritz; Stein, Jan; Seithümmer, Valentin; Birke, Kai Peter
2023Hybrid modeling of lithium-ion battery : physics-informed neural network for battery state estimationSingh, Soumya; Ebongue, Yvonne Eboumbou; Rezaei, Shahed; Birke, Kai Peter
2023Design, properties, and manufacturing of cylindrical Li-ion battery cells : a generic overviewBaazouzi, Sabri; Feistel, Niklas; Wanner, Johannes; Landwehr, Inga; Fill, Alexander; Birke, Kai Peter
2023Post-lithium batteries with zinc for the energy transitionPross-Brakhage, Julia; Fitz, Oliver; Bischoff, Christian; Biro, Daniel; Birke, Kai Peter
2023Investigation of the influence of electrode surface structures on wettability after electrolyte filling based on experiments and a lattice Boltzmann simulationWanner, Johannes; Birke, Kai Peter
2023Comparison of different current collector materials for in situ lithium deposition with slurry-based solid electrolyte layersKreher, Tina; Heim, Fabian; Pross-Brakhage, Julia; Hemmerling, Jessica; Birke, Kai Peter
2023Thermal propagation test bench with multi pouch cell setup for reproducibility investigationsMulder, Björn; Schöberl, Jan; Birke, Kai Peter
2023Investigating the production atmosphere for sulfide-based electrolyte layers regarding occupational health and safetyKreher, Tina; Jäger, Patrick; Heim, Fabian; Birke, Kai Peter
2023Temperature estimation in lithium-Ion cells assembled in series-parallel circuits using an artificial neural network based on impedance dataStröbel, Marco; Kumar, Vikneshwara; Birke, Kai Peter

Facetten