Magnetic, Dielectric, Electrical, Optical and Thermal Properties of Crystalline Materials (MDPI - Multidisciplinary Digital Publishing Institute, 2024)
Keywords: 2D material; ab initio calculations; ab initio investigations; alkali chalcogenide; antimicrobial activity; antioxidants and anticancer; Astronomy, space and time; ball-milling; casting alloys; click chemistry; compensation point; creep mechanism; crosslinked sodium alginate and polyacrylic acid biopolymers; Cu–Sn alloys; decolorization; density functional theory; DFT; dielectric properties; diluted magnetic semiconductor; elastic; elastic properties; electrical conductivity; electronic properties; energy activation; ferrimagnetic materials; ferrite oxides; ferromagnetic; ferromagnetic property; ferromagnetism; first-principles; FTIR; GaN:Gd monolayer; half-metallic; Heusler alloys; Janus monolayer; kinetics; magnetic phases; magnetic properties; magneto-optical method; martensitic transition; Mathematics and Science; mechanical properties; mechanical property; mechanism of conduction; melt-spinning; n/a; nanomaterials; optical anion sensing; optical properties; oxychalcogenide; oxygen vacancies; p-d coupling; photoelectronic degradation; photovoltaic devices; physical chemistry; piezoelectric; quaternary Heusler; rapid solidification; RB 5; Reference, Information and Interdisciplinary subjects; Research and information: general; scanning electron microscopy; SEM; Slack’s equation; sol-gel method; solution strengthening; spinels; spintronic devices; strain effect; superparamagnetic; thermal analysis; thermal exposure; transport coefficients; tungsten-based materials; UV-visible; UV-visible titration; XRD; zinc(II) porphyrins