Durchdringungsschwelle

Netzwerke in der Materialwissenschaft

Durchdringungsschwelle

Beschreibt den kritischen Anteil leitfähiger Bestandteile in einem Verbundmaterial, ab dem ein durchgehendes Transportnetzwerk entsteht. Dieser Schwellenwert ist essenziell für das Verständnis elektrischer, thermischer oder mechanischer Eigenschaften in heterogenen Systemen.

Verwandte Tags

Neues

Nanogranular matter for brain-inspired electronics: percolated nanoparticle networks & nanofluids

Adejube, B.¹; Nikitin, D.²; Gronenberg, O.¹; Carstens, N.¹; Protsak, M.²; Biliak, K.²; Lemke, J.¹; Schürmann, U.¹; Strunskus, T.¹; Kienle, L.¹; Benedikt, J.¹; Choukourov, A.²; Faupel, F.¹; Vahl, A. (Speaker)¹

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

Self-organized memristive switching in neuromorphic nanoparticle networks studied in operando using complementary SEM methods

Gronenberg, O. (Speaker)¹; Adejube, B.¹; Asnaz, O.H.¹; Carstens, N.¹; Faupel, F.¹; Hemke, T.²; Kienle, L.¹; Mussenbrock, T.²; Schürmann, U.¹; Strunskus, T.³; Vahl, A.¹

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

Processing of Nb/Ta-Al2O3 composites by FAST and investigation of 3D-microstructure

Kallien, G. (Speaker)¹; Kraft, B.²; Schell, G.²; Wagner, S.²

Towards the mesoscale modelling of polymer-metal interfaces

ORSELLY, M. (Speaker)¹; BOUVET-MARCHAND, A.²; DEQUIDT, A.¹; DEVEMY, J.¹; LOUBAT, C.²; MALFREYT, P.¹

Beliebt

Self-organized memristive switching in neuromorphic nanoparticle networks studied in operando using complementary SEM methods

Gronenberg, O. (Speaker)¹; Adejube, B.¹; Asnaz, O.H.¹; Carstens, N.¹; Faupel, F.¹; Hemke, T.²; Kienle, L.¹; Mussenbrock, T.²; Schürmann, U.¹; Strunskus, T.³; Vahl, A.¹

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

Towards the mesoscale modelling of polymer-metal interfaces

ORSELLY, M. (Speaker)¹; BOUVET-MARCHAND, A.²; DEQUIDT, A.¹; DEVEMY, J.¹; LOUBAT, C.²; MALFREYT, P.¹

Processing of Nb/Ta-Al2O3 composites by FAST and investigation of 3D-microstructure

Kallien, G. (Speaker)¹; Kraft, B.²; Schell, G.²; Wagner, S.²

Nanogranular matter for brain-inspired electronics: percolated nanoparticle networks & nanofluids

Adejube, B.¹; Nikitin, D.²; Gronenberg, O.¹; Carstens, N.¹; Protsak, M.²; Biliak, K.²; Lemke, J.¹; Schürmann, U.¹; Strunskus, T.¹; Kienle, L.¹; Benedikt, J.¹; Choukourov, A.²; Faupel, F.¹; Vahl, A. (Speaker)¹

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

© 2025