In this review, some physical properties of organic-inorganic perovskites, elastomer blends
and glass are discussed; the mechanical behavior, optical bandgap, vibrational …

The neo-Hookean materials change their behaviour at large stress values to give more
strain than linear trend (Hook's region) and plastic deformations appear and ultimately fail. A …

Abstract Williamson-Hall, Stocks-Wilson, Scherrer, Halder-Wagner, and Size-Strain Plot
(SSP) methods are used essentially to ensure the material particle size falls at the nano …

In this study, the effect of methyl red (MR) concentration variation on conductivity and optical
bandgap parameters of 4-pentyl-4′-cyanobiphenyl (5CB) nematic liquid crystal and …

The use of naturally produced biomaterials to develop various electronic devices addresses
the long-term demand for bioelectronics. Natural biomaterial-based memristors have been …

The experiments and calculations presented are intended for photovoltaic and
optoelectronic applications. This work deals with the effect of ZnO-doped Na with different …

Reduced mass value and vector are well known for the two-body problem, but the many-
body reduced vector problem is not solved yet. The study of many-body problems and their …

The study of the motions of planets, satellites, and other celestial bodies is one of the
important problems in basic physics and astronomy. The solution to the two-body problem …

The dielectric characteristics of 40P2O5–(21− x) Na2O–38ZnO–x Co3O4–1CuO were
examined, with x= 1, 2, 3, 4 and 5. The dielectric parameters' frequency and composition …

Determining the Fermi energy of a quantum particle within a three-dimensional box is crucial
for explaining thermal and electrical conduction as well as several physical characteristics of …