Dense microwave dielectric ceramics of Ce2 [Zr1− x (Al1/2Ta1/2) x] 3 (MoO4) 9 (CZMAT)(x=
0.02–0.10) were prepared by the conventional solid-state route. The effects of (Al1/2Ta1/2) …

Two novel low-ε r gallates MGa 2 O 4 (M= Ca, Sr) have been synthesized via a standard
solid-state reaction method. According to the X-ray diffraction results, CaGa 2 O 4 …

Cold sintering is adopted to pre-densify LiF ceramics, where the relative density increases
significantly from 72.1% at 125 MPa to 88.9% at 500 MPa. The following post-annealings at …

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 …

In this work, a series of (1-x) MgAl 2 O 4-xMg 2 TiO 4 (expressed as (1-x) MA-xMT)(0.0≤ x≤
0.9) ceramics were successfully prepared via a solid-state reaction, and the effect of Mg 2 …

Two novel microwave dielectric materials LiBO 2 (B= Ga, In) were synthesized by a solid-
state reaction method. The orthorhombic structured LiGaO 2 sintered at 1075° C for 4 h …

BaF 2 is a low-firing fluoride with excellent microwave dielectric properties, while the
densification of BaF 2 ceramics is challenging via conventional sintering. In this work, dense …

High-speed signal propagation systems require dielectric ceramics with low relative
permittivity (ε r) and a high-quality factor (Qxf). In this paper, a novel low-permittivity borate …

Two zircon-structured ceramics AEuV 2 O 8 (A= Bi, La) were prepared with optimal sintering
temperatures of 900° C and 1375° C, respectively. They exhibited sharp contrast …

SrF 2 is a promising low-ε r fluoride with outstanding microwave dielectric properties, while
densification of SrF 2 ceramics is challenging via traditional thermal sintering (TTS). In this …