In this article, synthesis (solid-state reaction) and characterizations of a complex strontium
bismuth molybdate material have been reported. The scanning electron microscopic image …

Preliminary structural analysis of Scheelite barium molybdate BaMoO 4 (BMO) ceramic
using NTREOR-09 and McMaille methods has confirmed the tetragonal symmetry with room …

Ceramic materials are promising for the ever-increasing demand in next-generation
electronic devices. In this regard, we report the development and characterizations …

In the present report, attention has been focused on the development of electronic
components of a high-energy storage density in small dimensions using ceramic technology …

Abstract Lead-free Ba 0.1 (Bi 0.45 Na 0.45) TiO 3 (BBNTO) nanoceramics were synthesized
using high-energy ball milling, followed by a solid-state reaction method. XRD analysis of …

In this study, the aim is to determine the dielectric, electrical, and ferroelectric properties of
lead-free (Bi1/2Cs1/2)(Fe1/3Mn1/3W1/3) O3 (BCsFMWO) low-density ceramic (calcined …

This article reports the fabrication (synthesis) and characterizations (structural,
microstructural topographic surface, dielectric, transport, impedance, current–voltage, and …

Some types of ferrites have garnered notable attention lately due to their versatility in various
applications. This paper reports the influence of sintering effect on dielectric and electrical …

Using a standard ceramic technology (ie, a solid-state reaction method), a strontium
tungsten ceramic compound of a chemical formula SrWO4 (SWO) was fabricated. The …

The solid-state reaction route created the lead-free dielectric material CaBiLaNbVO9 at a
high temperature. The polycrystalline compound belongs to a monoclinic crystal structure …