Bulk Magnetic Anisotropy . The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced.
from www.science.org
The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced.
Reaching the anisotropy limit of a 3d metal atom Science
Bulk Magnetic Anisotropy Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced. Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and.
From www.researchgate.net
Bulk anisotropy of susceptibility for all PIC specimens. A Bulk Magnetic Anisotropy The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum. Bulk Magnetic Anisotropy.
From www.nist.gov
anisotropy types present in a nanoparticle colloid Bulk Magnetic Anisotropy The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced. The effects of surface and bulk magnetic anisotropies are corroborated. Bulk Magnetic Anisotropy.
From www.semanticscholar.org
Figure 3 from Effect of annealing on properties in Bulk Magnetic Anisotropy The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced. The anomalous hall effect and polar kerr image measurements suggest. Bulk Magnetic Anisotropy.
From www.researchgate.net
The product of e!ective anisotropy constant (K ) and total Bulk Magnetic Anisotropy Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. The effects of surface and bulk magnetic anisotropies are corroborated. Bulk Magnetic Anisotropy.
From www.researchgate.net
AMS results. (a) anisotropy (P') versus bulk susceptibility (K Bulk Magnetic Anisotropy The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. The effects of surface and bulk magnetic anisotropies are corroborated with those. Bulk Magnetic Anisotropy.
From sv-journal.org
A shape visualization of a anisotropy energy density of single Bulk Magnetic Anisotropy The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced. Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum. Bulk Magnetic Anisotropy.
From www.researchgate.net
Electricfield control of anisotropy characterized by Bulk Magnetic Anisotropy The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced. The effects of surface and bulk magnetic anisotropies are corroborated. Bulk Magnetic Anisotropy.
From www.researchgate.net
anisotropy of bulk cobalt titanate. (a) Angular dependence of Bulk Magnetic Anisotropy The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. Here, we measured the effective longitudinal and transverse fields. Bulk Magnetic Anisotropy.
From www.researchgate.net
The anisotropy of FePt as a function of The Bulk Magnetic Anisotropy The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced. The effects of surface and bulk magnetic anisotropies are corroborated. Bulk Magnetic Anisotropy.
From www.researchgate.net
Strongly anisotropic in Mn3Sn a,b, field Bulk Magnetic Anisotropy The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product. Bulk Magnetic Anisotropy.
From www.science.org
Reaching the anisotropy limit of a 3d metal atom Science Bulk Magnetic Anisotropy Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. Density functional theory and its application for the simulation. Bulk Magnetic Anisotropy.
From www.researchgate.net
Orbitalresolved anisotropy energy (MAE) of the Mn, P and As Bulk Magnetic Anisotropy The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. Here, we measured the effective longitudinal and transverse fields. Bulk Magnetic Anisotropy.
From sv-journal.org
A shape visualization of a anisotropy energy density of single Bulk Magnetic Anisotropy The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. Density functional theory and its application for the simulation of magnetic properties. Bulk Magnetic Anisotropy.
From www.researchgate.net
(a) Dependence of spontaneous moment per unit area, mS, on FeV Bulk Magnetic Anisotropy The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. Density functional theory and its application for the simulation of magnetic properties. Bulk Magnetic Anisotropy.
From www.researchgate.net
anisotropy energy (MAE) of ML CrCl3 and CrI3 a, b MAE map Bulk Magnetic Anisotropy The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum. Bulk Magnetic Anisotropy.
From www.researchgate.net
Giant anisotropic (a) Outofplane AMR of device A Bulk Magnetic Anisotropy The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. Density functional theory and its application for the simulation. Bulk Magnetic Anisotropy.
From www.researchgate.net
The anisotropy constant K 1 of the cubic Fe 50 Pt 50 as Bulk Magnetic Anisotropy Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced. Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. The anomalous hall effect and polar kerr image measurements suggest. Bulk Magnetic Anisotropy.
From www.researchgate.net
(Color online) The anisotropy energy as a function of the Bulk Magnetic Anisotropy Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced. The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum. Bulk Magnetic Anisotropy.
From www.researchgate.net
anisotropy determined from dynamics Bulk Magnetic Anisotropy The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. Density functional theory and its application for the simulation of magnetic properties. Bulk Magnetic Anisotropy.
From www.semanticscholar.org
Figure 1 from Giant bulk spinorbit torque and efficient electrical Bulk Magnetic Anisotropy The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. Here, we measured the effective longitudinal and transverse fields. Bulk Magnetic Anisotropy.
From www.slideserve.com
PPT Synthesis and Characterization of Nanoparticulate Bulk Magnetic Anisotropy The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. Density functional theory and its application for the simulation. Bulk Magnetic Anisotropy.
From www.researchgate.net
Thicknessdependent anisotropy of 1TCrTe2 crystals grown on Bulk Magnetic Anisotropy The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. Density functional theory and its application for the simulation. Bulk Magnetic Anisotropy.
From www.researchgate.net
Anisotropic Superconductivity in bulk (TEA)yMoS2. a) Effect of the Bulk Magnetic Anisotropy The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. Here, we measured the effective longitudinal and transverse fields. Bulk Magnetic Anisotropy.
From www.researchgate.net
Fig S1. susceptibility of bulk FePS3. Download Scientific Bulk Magnetic Anisotropy Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced. The effects of surface and bulk magnetic anisotropies are corroborated with those of. Bulk Magnetic Anisotropy.
From www.researchgate.net
The effective anisotropy as a function of thickness and composition Bulk Magnetic Anisotropy The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. The effects of surface and bulk magnetic anisotropies are corroborated with those. Bulk Magnetic Anisotropy.
From docs.quantumatk.com
Bulk Anisotropy Energy — QuantumATKW2024.09 Documentation Bulk Magnetic Anisotropy Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. Density functional theory and its application for the simulation of magnetic properties. Bulk Magnetic Anisotropy.
From www.nature.com
Roles of bulk and surface anisotropy on the longitudinal spin Bulk Magnetic Anisotropy Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. Density functional theory and its application for the simulation of magnetic properties. Bulk Magnetic Anisotropy.
From www.researchgate.net
(PDF) Effect of annealing on properties in GdCo Bulk Magnetic Anisotropy The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. The anomalous hall effect and polar kerr image measurements. Bulk Magnetic Anisotropy.
From www.researchgate.net
The calculated bulk multipolar anisotropy... Download Bulk Magnetic Anisotropy The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced. The effects of surface and bulk magnetic anisotropies are corroborated. Bulk Magnetic Anisotropy.
From www.researchgate.net
a. Bulk susceptibility (K m ) versus anisotropy Bulk Magnetic Anisotropy Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. The anomalous hall effect and polar kerr. Bulk Magnetic Anisotropy.
From sv-journal.org
A shape visualization of a anisotropy energy density of single Bulk Magnetic Anisotropy Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum. Bulk Magnetic Anisotropy.
From www.esrf.eu
Giant Atomic Anisotropy Bulk Magnetic Anisotropy The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced. Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. The effects of surface and bulk magnetic anisotropies are corroborated with those of. Bulk Magnetic Anisotropy.
From ieeexplore.ieee.org
Surface and Bulk Anisotropy In Amorphous TbFe/SiN Trilayered Bulk Magnetic Anisotropy The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. Density functional theory and its application for the simulation. Bulk Magnetic Anisotropy.
From cpb.iphy.ac.cn
Giant anisotropy of damping and significant inplane uniaxial Bulk Magnetic Anisotropy Here, we measured the effective longitudinal and transverse fields of bulk perpendicular magnetic anisotropy pd/fepd. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. The effects of surface and bulk magnetic anisotropies are corroborated with those of thermally excited magnon number and. The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product. Bulk Magnetic Anisotropy.
From www.researchgate.net
(a) anisotropy (the easy axis direction) as a function of the Bulk Magnetic Anisotropy The nanocomposite exhibited an obvious magnetic anisotropy and a maximum energy product of (bh) max = 22.4 mgoe. The anomalous hall effect and polar kerr image measurements suggest an enhanced bulk perpendicular magnetic. Density functional theory and its application for the simulation of magnetic properties of condensed matter is introduced. Here, we measured the effective longitudinal and transverse fields of. Bulk Magnetic Anisotropy.
