Showing papers on "Magneto published in 1986"
315 citations
6 citations
TL;DR: The nature of the bulk energy per unit volume in magneto-electric crystals implies an unusual form of Hall effect confined to the boundary surface crystal faces as discussed by the authors, which is the case for magnetoelectric crystals.
Abstract: The nature of the bulk energy per unit volume in magneto-electric crystals implies an unusual form of Hall effect confined to the boundary surface crystal faces.
4 citations
01 Jan 1986
3 citations
2 citations
Journal Article•
2 citations
01 Jan 1986
TL;DR: In this article, the effects of external magnetic field and a hydrostatic pressure on two-dimensional GaAs-Ga1-x, AlxAs hete-rostructures with a spacer are discussed.
Abstract: Properties of impurities in quantum wells are reviewed, both theoretically and experimentally, emphasizing effects of an external magnetic field. New results on donors in two-dimensional GaAs-Ga1-x, AlxAs hete-rostructures with a spacer are presented. Influence of “‘ an external magnetic field and a hydrostatic pressure on their properties is discussed in terms of magnetic freeze-out effect and metal-non-metal transition.
1 citations
Patent•
22 Oct 1986
TL;DR: The magneto-optic rotator as discussed by the authors uses the Tb-glass as a magneto optic rotatory material and possesses the features of large rotation coefficient and rotation angle, operated in the small current and unneed special measure for cooling.
Abstract: The magneto-optic rotator uses the Tb-glass as a magneto-optic rotatory material. It possess the features of large rotation coefficient and rotation angle, operated in the small current and unneed special measure for cooling. By means of the said magneto-optic rotator, a combinatory striated pattern can be separated conveniently and precisely. The invention is suitable for dynamic or static holo-optic elasticty quantitative analysis experiment.
1 citations
Journal Article•
TL;DR: In this paper, the propagation properties of magneto-surface-acoustic-waves (MSAWs) in highly magnetostrictive alloy films formed on glass substrates were analyzed using the ''matrix approach'' and it was shown that MSAWs appearing in this configuration are two modes of the Rayleigh-type and the Love-type SAWs.
Abstract: Propagation properties of magneto-surface-acoustic-waves (MSAWs) in highly magnetostrictive alloy films formed on glass substrates are analyzed using the \"matrix approach\". The analysis reveals that MSAWs appearing in this configuration are two modes of the Rayleigh-type and the Love-type SAWs. The velocity and attenuation of these two modes of waves versus drive frequency vary in a different manner depending strongly on the easy axis orientation of the uniaxial magnetic anisotropy in the film plane, which reflects the fact that the coupling between the spin and the elastic system is different.