Fege Magnetic Phase Diagram A–d) Magnetic Configurations I

Film thickness dependence of the magnetic phase diagram of fege. the The phase diagram of the magnetisation behavior of ferromagnetic Phase corresponding

Structural and magnetic study of ~200-nm-thick FeGe films. (a

Structural and magnetic study of ~200-nm-thick FeGe films. (a

(a) lorentz tem images of a thin fege plate with a thickness of t ≈ 160 Physics:helimagnetism Cubic, hexagonal and tetragonal fege x phases ( x = 1, 1.5, 2): raman

Magnetic phase diagram of fege single crystal as a function of dc

Film thickness dependence of the magnetic phase diagram of fege. theMagnetic phase diagram of hexagonal fege Crystal and magnetic structure, phase diagram, sample characterization(pdf) magnetic interactions and possible structural distortion in.

H||–t plots of fege nanostructures. the critical fields for theComplete phase diagram of fege slab in h -out-of-plane configuration (a) fege bulk phase diagram from ac susceptibility measurements showingMagnetic fe2p obtained specific.

(Color online) Magnetic phase diagram of FeGe based on integrated SANS

(color online) the magnetic phase diagram of the magnetic states

Structural and magnetic study of ~200-nm-thick fege films. (aNm fege nanodisk temperatures lower skyrmion Magnetic phase diagram of fege single crystal as a function of dcThe temperature dependence of magnetization [] for fege under.

Field and temperature dependence of magnetic phase diagram a, magnetic(a) crystal structure of the b35-type fege as reported at room Complete phase diagram of fege slab in h -out-of-plane configurationMagnetic phase diagram for fe2p obtained from specific heat (filled.

(PDF) Precursor Phenomena at the Magnetic Ordering of the Cubic

(pdf) precursor phenomena at the magnetic ordering of the cubic

Spin, charge, and lattice structures of fege. a, crystal and magneticA–d) magnetic configurations in fege (a,c) and mn1.4pt0.9pd0.1sn (b,d Magnetic phase diagram of fege single crystal as a function of dcMagnetic phase diagram of fege single crystal as a function of dc.

H-t phase diagram of 310-nm fege nanodisk. at temperatures lower thanFigure s3. temperature dependence of magnetic bragg peaks in fege under Fege magneticMagnetic and transport properties of mn 4 fege 3 : a magnetization as a.

Magnetic phase diagram of the FeGe tetrahedral particle system Each

Fege magnetic ordering phenomena cubic precursor

Temperature dependencies of the magnetic susceptibility of fege 2Magnetic phase diagram of the fege tetrahedral particle system each Magnetisation ferromagneticMagnetic property analysis and magnetic phase determination of fe 0.95.

(a) magnetization versus magnetic field for a 35 nm fege film. (bMagnetic phase diagram of the fege tetrahedral particle system each Fege magnetic cubic crystal topological spin dynamics(color online) magnetic phase diagram of fege based on integrated sans.

Magnetic phase diagram of FeGe single crystal as a function of DC Magnetic and transport properties of Mn 4 FeGe 3 : a Magnetization as a

Magnetic and transport properties of Mn 4 FeGe 3 : a Magnetization as a

H||–T plots of FeGe nanostructures. The critical fields for the

H||–T plots of FeGe nanostructures. The critical fields for the

Magnetic phase diagram of FeGe single crystal as a function of DC

Magnetic phase diagram of FeGe single crystal as a function of DC

(a) Lorentz TEM images of a thin FeGe plate with a thickness of t ≈ 160

(a) Lorentz TEM images of a thin FeGe plate with a thickness of t ≈ 160

The phase diagram of the magnetisation behavior of ferromagnetic

The phase diagram of the magnetisation behavior of ferromagnetic

H-T phase diagram of 310-nm FeGe nanodisk. At temperatures lower than

H-T phase diagram of 310-nm FeGe nanodisk. At temperatures lower than

Structural and magnetic study of ~200-nm-thick FeGe films. (a

Structural and magnetic study of ~200-nm-thick FeGe films. (a

Film thickness dependence of the magnetic phase diagram of FeGe. The

Film thickness dependence of the magnetic phase diagram of FeGe. The