Herein, the effects of MgO doping on the crystal structure, microstructure, chemical bond
properties, vibrational properties and microwave dielectric performances of MgNb 2 O 6+ x …

The rapid preparation of high-performance microwave dielectric ceramics has always been
a technical challenge in the field of electronic ceramics. In this investigation, we rapidly …

In the present work, effects of Ti‐substitution for Hf upon microwave dielectric characteristics
for CaHfO3 ceramics were investigated. CaHf1− xTixO3 solid solution in space group Pnma …

It is an important subject to improve the temperature coefficient of resonant frequency (τf)
and thermal conductivity (κ) of microwave dielectric ceramics without reducing the Qf value …

Traditionally, B-site cation ordering structure in Ba (B′ 1/3 B ″2/3) O 3 based ceramics with
complex perovskite structure is considered to be the dominant factor in determining the …

Abstract xSrTiO 3-(1-x) SmAlO 3 (ST-SA)(x= 0.4, 0.5, 0.6) microwave dielectric ceramics
were prepared by solid-state reaction method and the microwave dielectric properties (ε r …

The ordered domain engineering was investigated for Ba [(Zn0. 8Mg0. 2) 1/3Nb2/3] O3
microwave dielectric ceramics to synergistically modify the physical properties especially the …

A solid-state sintering process is used to fabricate Li 4 Mg 2 SbO 6 F oxyfluoride ceramics.
The sintering behavior, phase structure as well as microwave dielectric performances of Li 4 …

The bonding nature of hydroxide ions in two proton-conducting oxy-hydroxides, perovskite-
type Ba (Zn 0.4 Ta 0.6) O 2.9− y (OH) 2y (BZT) and double perovskite-type Ba (Zn 0.55 W …

The B‐site cation ordering‐disordering transition process of complex perovskite Ba (B′
1/3B ″2/3) O3‐based microwave ceramics can be directly promoted by accelerating the …