High‐entropy strategy is a design that uses multiple elements to increase configurational
entropy. As an emerging research field, high‐entropy was originally applied to metals, but it …

High-entropy ceramics are new single-phase materials with at least four cation or anion
types. Their large configurational entropy is believed to enhance the simultaneous solubility …

A new kind of low-temperature fired Eu 2 Zr 3 (MoO 4) 9 ceramic was fabricated by
conventional solid-state reaction method. The mixed powders was calcined at 600℃ and the …

In this study, low-temperature fired CaMg 1− x Li 2 x Si 2 O 6 microwave dielectric ceramics
were prepared via the traditional solid-state reaction method. In this process, 0.4 wt% Li 2 …

Olivine− type structure microwave dielectric ceramics LiYbSiO 4 with near-zero τ f were
fabricated by solid-state reaction process for the first time. The relationships among …

In this study, crystal structure and microwave dielectric properties of phosphate CaMgP 2 O
7 were comprehensively investigated. As a novel microwave dielectric ceramic, CaMgP 2 O …

A series of LiYGeO 4: Er 3+/Yb 3+ phosphors were synthesized by solid-phase sintering
method, and the upconversion luminescence (UCL) thermal enhancement and emission …

The monoclinic diopside structured CaMgGe 2 O 6 dielectric ceramics were synthesized by
the traditional solid-phase reaction method, and their microwave dielectric properties were …

Orthorhombic olivine-structured LiMSiO 4 (M= Ho, In) ceramics were synthesised using the
solid-state reaction. Promising microwave dielectric properties of ε r= 10.04, τ f= 23.3 ppm/° …

Two tetragonal natisite structured Li 2 TiMO 5 (M= Ge, Si) ceramics fabricated using the
conventional solid-state reaction method were investigated in terms of the thermal stability …