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Molecular dynamics simulation of the oxidation of liquid iron nanoparticle

Name: Molecular dynamics simulation of the oxidation of liquid iron nanoparticle
Uploaded: 2026-02-20T00:00:00Z
Duration: T0H1M10S
Description: These videos provide supporting information for PhD thesis of Maliugin Aleksandr. Molecular dynamics trajectories are visualised the oxidation of a liquid iron nanoparticle at 3000 K are also presented. The molecular dynamics trajectory corresponds to a supplementary video, in which regions of immiscible liquids ($\mathrm{L_1}$ - green, $\mathrm{L_2}$ -purple) are represented as isosurfaces.

Autor

Aleksandr Maliugin

Beteiligte Person

Dmitry I. Sharapa

Beteiligtes Institut

Institut für Katalyseforschung und -technologie (IKFT)
Institut für Technische Chemie und Polymerchemie (ITCP)

Genre

Sonstiges

Beschreibung

These videos provide supporting information for PhD thesis of Maliugin Aleksandr. Molecular dynamics trajectories are visualised the oxidation of a liquid iron nanoparticle at 3000 K are also presented. The molecular dynamics trajectory corresponds to a supplementary video, in which regions of immiscible liquids ($\mathrm{L_1}$ - green, $\mathrm{L_2}$ -purple) are represented as isosurfaces.

Laufzeit (hh:mm:ss)

00:01:10

Publiziert am

20.02.2026

Fachgebiet

Energietechnik

Lizenz

KITopen-Lizenz

Aufrufe

Auflösung	1440 x 1080 Pixel
Seitenverhältnis	4:3
Gesamtbitrate	3363888 bps
Container	mov,mp4,m4a,3gp,3g2,mj2
Dauer	70.120000 s
Dateiname	DIVA-2026-31_mp4.mp4
Dateigröße	29.484.485 byte
Bildwiederholfrequenz	25
Videobitrate	3361473 bps
Video Codec	h264

Mediathek-URL

Embed-Code

<iframe width="640" height="360" src="https://medienportal.bibliothek.kit.edu/play/DIVA-2026-31" allowFullScreen="true" style="border: 0; overflow: hidden;"></iframe>