Modeling the Griffiths phase in manganese intercalated tantalum disulfide [Slides]

Authors

Aaron Janaszak, University of Northern IowaFollow
Lukas Stuelke, University of Northern IowaFollow
Paul Shand, University of Northern IowaFollow

Comments

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Work/Availability

Open Access Undergraduate Student Work

Type of Work

Oral Presentation

Keywords

Ferromagnetism; Nuclear spin; Tantalum compounds;

Abstract

The Griffiths Phase is a result of a spontaneous increase in the overall magnetization of the system primarily influenced by the rare, large clusters transitioning to a ferromagnetic state at the Curie Temperature. We were able to create a MATLAB program that exhibits this trend by using the Langevin function to simulate clusters.

Date of Work

7-31-2020

Department

Department of Physics

First Advisor

Paul Shand

Repository

UNI ScholarWorks, Rod Library, University of Northern Iowa

Copyright

©2020 Aaron Janaszak, Lukas Stuelke, and Paul Shand

Language

en

File Format

application/pdf

Related Work

https://scholarworks.uni.edu/surp/2020/all/13/

Recommended Citation

Janaszak, Aaron; Stuelke, Lukas; and Shand, Paul, "Modeling the Griffiths phase in manganese intercalated tantalum disulfide [Slides]" (2020). Undergraduate Student Work. 20.
https://scholarworks.uni.edu/ugswork/20