Investigation of structural and magnetic properties of thermal plasma-synthesized Fe1−xNi alloy nanoparticles

Determination of the Distributions of the Spin-Hamiltonian Parameters in Spin Triangles: A Combined Magnetic Susceptometry and Electron Paramagnetic Resonance Spectroscopic Study of the Highly Symmetric [Cr3O(PhCOO)6(py)3](ClO4)·0.5py

“…A salient point of these simulations is the derivation of a log-normal distribution for Δ J in solution A. Log-normal distributions have been observed in the sizes of aerosols, liquid droplets in zero-gravity conditions, clay particles, various types of nanoparticles, , and the molecular weights of polymers . They have also been suggested as a general description of the sizes of magnetic dipolar couplings in solids .…”

Iron-Poor Ferrites for Low-Temperature CO2 Conversion via Reverse Water–Gas Shift Thermochemical Looping

“…(f) Ni K-edge XANES comparing the oxidized and reduced samples, showing that Ni is mostly redox-inactive. XRD reference patterns were obtained from refs − through the Inorganic Crystal Structure Database (ICSD) while XAS reference patterns were measured previously.…”

DC bias characteristic enhancement of the powder core by using densified submicron sized FeNi particles through spray pyrolysis

“…3. [25][26][27][28][29][30][31][32][33][34][35][36][37] In the range of submicron sized particles and high magnetic saturation value (41.4 T), thermal decomposition, sol gel, and spray pyrolysis methods have the potential for large-scale production. However, based on these previous works, the thermal decomposition and sol gel methods were unable to produce the perfect spherical particles and required several steps in fabricating the FeNi particles.…”