Structure/property regulation is widely investigated for providing theoretical foundations and
guidance for designing microwave dielectric ceramics. P–V–L bond theory targets the …

Composition and structure play dominant roles in realizing the microwave dielectric
properties that are necessary for the ever‐increasing demands of the Internet of Things and …

The (Al 1-x B x) 2 Mo 3 O 12 ceramics with double phases were prepared by solid-phase
sintering method at the temperature from 725 to 800° C for LTCC application. Through XRD …

Novel ultra-low-loss Li 3 Mg 3 NbO 7 ceramics were synthesized using solid-state reaction
method. The microstructure, bond characteristics, and microwave dielectric properties …

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 adjustment of crystal structures and properties by ion substitution has received
increasing interest in recent years to solve issues related to the preparation of LTCC …

In this paper, x wt% LiF (1≤ x≤ 10) is utilized to decrease sintering temperature, improve
microstructure and enhance Q× f of Li 3 Mg 3 NbO 7 ceramics. Remarkably, the appropriate …

The ZnNb 2-x V x/2 O 6-1.25 x (0.1≤ x≤ 0.6) dielectric ceramics were synthesized through
conventional solid-state technique and sintered at 925° C–975° C for 6 h. The specimens …

The ZnZrNb 2-x V x/2 O 8-1.25 x-based (0.2≤ x≤ 0.6) ceramics with monoclinic wolframite
structure were prepared by the solid-phase method at low temperature. The microscopic …

NiCuZn ferrites with high permeability and low magnetic loss have great application
potential in high-frequency electronics. In this study, the excellent magnetic properties of (Ni …