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a, The equilibrium room temperature bulk structure of metallic NdNiO3 with the a−a−c+ tilt pattern formed by corner-connected NiO6 with tilt (Θ) and ...

Relation between symmetry, DM vector and magnetization field. a, b Sketch of a square (hexagonal) lattice with C 4v (C 3v ) symmetry.

a, Effects of geometry and materials on electrostatic resonances of deep-subwavelength metal nanostructures. As the surrounding dielectric constant is ...

Bloch spectral function calculated within the CPA for 0.5%-Au-rich Mn2Au for two orientations of the Néel vector: a || [100] and b || [010].

Fano resonance on Mie scattering by a small metal sphere (a) and energy flow in the quadrupole resonance with the singular vortices represented by the ...

a, The device comprises a metal gate (Cr/Au), an insulator layer (ZrO2), and a ferromagnetic semiconductor (Ga,Mn)As layer. The gate voltage is applied ...

When are Surface Plasmon Polaritons Excited in the Kretschmann-Raether Configuration? | Scientific Reports

(a) Dispersion of the SPP modes supported by the semi-infinite metal-dielectric structure (inset; lossless Drude model is employed to characterize the ...

(a)–(c) MIM type hybrid waveguide, whose geometric parameters were w = h = 200 nm, r = 20 nm, and g = 5 nm; (d)–(f) IMI type hybrid waveguide with ...

discrete dislocation dynamics, ECCI, electron channeling contrast imaging, dislocation structure, nanoindentation J.-l.

At 1/4-hole doping (per formula unit) and a quasi-static phonon mode amplitude Q = 1 Å AMU1/2, the material becomes half-metallic with the Fermi level, ...

(b) The unzipped nanotube is put in an environment of decorating atoms. (c)–(e) Three possible geometric structures are formed by three ...

Monopole-driven spin–orbit torques in mixed Weyl semimetals. a Crystal structure of graphene decorated by W adatoms in 4 × 4 geometry. b First-principles ...

Elastic heterogeneity induced by imprinting. Variation of the reduced Young's modulus (Er) along the X axis for the imprinted metallic glass and SEM ...

1 Hexagonal geometry of layered nanoparticles. The spheres are schematized by large circles with oblique lines. The primitive cell is defined by the two ...

Different possible trial vectors formed due to uniform/binomial crossover between the target and the

“Instant” charge separation of H2 in an idealized electrostatic field generated by the acid and base centers modeled as point charges using their ...

A slice of (a) the conventional CT volume, (b) the isotropic scattering component, and (c) the 3D vectors reconstructed using AXDT for a thermoplastic short ...

D. Raabe, Texture and microstructure evolution during cold rolling of a strip cast and of a hot rolled austenitic stainless steel. Acta Materialia 45 (1997) ...

Hysteresis curves (multiplied by −1) of the Co atoms (blue), Ni atoms (green) and Fe atoms (grey) obtained at the L2,3 edges XMCD maxima at T=2 K, ...

Interactive Modeling of Architectural Freeform Structures: Combining Geometry with Fabrication and Statics | SpringerLink

Figure 7. Visualization of the original 3D geometry obtained by the University of Strasbourg Faculty

A 5-cube as an orthographic projection into 2D using Petrie polygon basis vectors overlaid on the diffractogram from an icosahedral Ho-Mg-Zn quasicrystal

Metal-insulator transition in ultrathin LaNiO3 films. a Temperature-dependent resistivity (ρ) of LaNiO3 films of different thicknesses. b Metal-insulator ...

Schematic view comparing some examples of geometries and magnetic configurations (indicated by blue arrows) for (a) 3D and (b) 2D nanomagnetism.

In the illustrated network, green and red nodes are the most dissimilar because they do not share neighbors between them. So, the green one contributes more ...

(a) Comparison of textures (Euler angle space, ϕ2 = 45°) predicted by our model with experiments on BCC iron reported in. (b) Comparison of results of ...

The geometry of a single pentagon is formed by four identical side length (blue) and one different side length (red) and angles of 90° and 120°.

//Usage example: intersection() { cylinder (h = 4, r=1, center = true, $fn=100); rotate ([90,0,0]) cylinder (h = 4, r=0.9, center = true, $fn=100); }