The crystal structure evaluation of Ba1− xSrxHfO3 and Sr1− yCayHfO3 ceramics with
varying composition was determined together with its influence on microwave dielectric …

Miniaturization and low power dissipation are a trend for the development of ceramic-based
microwave devices. Therefore, the decrease of the dielectric loss properties of microwave …

The effects of B‐site 1: 2 ordering and ordered domain structure upon temperature
coefficient of resonant frequency and thermal conductivity were systematically investigated …

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 …

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 …

Ordered domain engineering has been further developed for modifying and improving
physical properties in complex perovskite ceramics. In the present work, Ba (Ni 1/3 Nb 2/3) O …

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 …

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 …