ionischer Transport

Transport in den Materialwissenschaften

ionischer Transport

Ionischer Transport beschreibt die Bewegung von Ionen in Materialien infolge von elektrochemischen Potentialunterschieden oder Konzentrationsgradienten. Dieses Phänomen ist wesentlich für das Funktionieren von Batterien, Brennstoffzellen und anderen elektrochemischen Systemen, da es die Leitfähigkeit und Reaktionsraten bestimmt.

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3D Tetrapodal ZnO-Based Nanonetworks Coated with Exfoliated Graphene and MoS₂ for Brain-Inspired Computing

Pooker, P. (Speaker)¹; Kaps, S.¹; Adelung, R.¹

6th - International Conference on Intelligent Materials - Networked Matter - InMAT 2025

Phase Transformation Temperature of Lithium Niobate-Lithium Tantalate Solid Solutions (LiNb1-xTaxO3) Determined by Electrical Conductivity

El Azzouzi, F.E. (Speaker)¹; Becker, K.-D.²; Fritze, H.¹; Ganschow, S.³; Kapp, A.⁴; Klimm, D.³; Leonard, M.V.⁴; Sanna, S.⁴; Schäfer, N.⁴

Highlight Lecture

Switching Electrical Double Layer of Metal/Carbon Heterojunction Electrocatalysts for Ion Transport Control

Choi, H. (Speaker)¹

Highlight Lecture

Application of a novel operando light-scattering technique for the study of Li-ion dynamics and the characterisation of electrode materials

Merryweather, A.¹; Schnedermann, C.¹; Langley, C. (Speaker)²

FEMS EUROMAT 2023

Impact of the GB and amorphous phases on Na-ion transport in NaSICON solid electrolyte

Deshmukh, V.A. (Speaker)¹

FEMS EUROMAT 2023

Rational Heteogeneous 3D/2D Nanostructured Electrocatalyst Design for Water Splitting by Boosting Ion Transport

Choi, H. (Speaker)¹

Multifunctional bioinspired devices based on two-dimensional materials and polyelectrolytes

Andreeva, D. (Speaker)¹

6th Bioinspired Materials 2022

Investigations of the Solid Electrolyte Interphase in Lithium-Ion Batteries via in-situ AFM

MaterialsWeek 2021

Beliebt

Phase Transformation Temperature of Lithium Niobate-Lithium Tantalate Solid Solutions (LiNb1-xTaxO3) Determined by Electrical Conductivity

El Azzouzi, F.E. (Speaker)¹; Becker, K.-D.²; Fritze, H.¹; Ganschow, S.³; Kapp, A.⁴; Klimm, D.³; Leonard, M.V.⁴; Sanna, S.⁴; Schäfer, N.⁴

Highlight Lecture

Application of a novel operando light-scattering technique for the study of Li-ion dynamics and the characterisation of electrode materials

Merryweather, A.¹; Schnedermann, C.¹; Langley, C. (Speaker)²

FEMS EUROMAT 2023

Impact of the GB and amorphous phases on Na-ion transport in NaSICON solid electrolyte

Deshmukh, V.A. (Speaker)¹

FEMS EUROMAT 2023

Rational Heteogeneous 3D/2D Nanostructured Electrocatalyst Design for Water Splitting by Boosting Ion Transport

Choi, H. (Speaker)¹

3D Tetrapodal ZnO-Based Nanonetworks Coated with Exfoliated Graphene and MoS₂ for Brain-Inspired Computing

Pooker, P. (Speaker)¹; Kaps, S.¹; Adelung, R.¹

6th - International Conference on Intelligent Materials - Networked Matter - InMAT 2025

Investigations of the Solid Electrolyte Interphase in Lithium-Ion Batteries via in-situ AFM

MaterialsWeek 2021

Multifunctional bioinspired devices based on two-dimensional materials and polyelectrolytes

Andreeva, D. (Speaker)¹

6th Bioinspired Materials 2022

Highlight Lecture

Switching Electrical Double Layer of Metal/Carbon Heterojunction Electrocatalysts for Ion Transport Control

Choi, H. (Speaker)¹

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