Skip to main content
Spin density in frustrated magnets under mechanical stress: Mn-based antiperovskites
Journal of Applied Physics (2010)
  • Pavel Lukashev, University of Nebraska–Lincoln
  • Renat F. Sabirianov
In this paper we present results of first-principle calculations of the noncollinear spin density distribution in the systems with frustrated triangular magnetic structure [Mn-based antiperovskites,Mn3ANMn3AN(A=Ga,Zn)(A=Ga,Zn)] in the ground state and under external mechanical biaxial strain. We show that the spin density in the (111)-plane of the unit cell is distinctly nonuniform. In particular, both the direction and the magnitude of spin density depend strongly on the distance from Mn site within atomic sphere. We show that the change of spin density under stress exhibits more diverse features than assumed in the rigid spin model. There are regions within atomic sphere where the spin density rotates in opposite directions under stress.
Publication Date
May 1, 2010
Citation Information
Pavel Lukashev and Renat F. Sabirianov. "Spin density in frustrated magnets under mechanical stress: Mn-based antiperovskites" Journal of Applied Physics Vol. 107 Iss. 9 (2010)
Available at: