Abstract In this study, Ge 4+-substituted cordierite, Mg 2 Al 4 (Si 1–x Ge x) 5 O 18 ceramics,
were successfully prepared by the traditional solid-state method to broaden its application …

In this study, two novel microwave dielectric ceramics were designed and synthesized using
the solid‐state reaction method based on the CaO–MoO3–La2O3 pseudo‐ternary phase …

Microwave dielectric ceramics play a vital role in wireless communication systems. However,
it is a great challenge to obtain ideal performances of single-phase ceramics. In this …

Understanding composition-structure-property relationships is critical to developments and
applications of novel microwave dielectric ceramics used in the field of wireless …

Abstract Dense Ca 1-x Nd x W 1-x V x O 4 (x= 0− 0.4) microwave dielectric ceramics were
obtained when sintered at 1150° C for 4 h. A tetragonal scheelite could be formed in the …

Abstract Novel YxCe1− xO2− 0.5 x (x= 0–0.7) ceramics, designed by replacing Ce4+ with
Y3+, were prepared using a conventional oxide reaction. The oxygen vacancies, measured …

Cubic rock salt structured ceramics are of great interest due to their outstanding microwave
dielectric properties. Complex chemical bond theory and polarization theory combined with …

Ca-substituted Ba1–x Ca x Mg2Al6Si9O30 ceramics were prepared to explore the
relationships among their crystal structural parameters, phase compositions, dielectric …

x) Li 2 Mg 2 Mo 3 O 12-xTiO 2 (x= 0.1–0.5) composite ceramics are prepared by solid-state
sintering process. And the structure, composition, microwave dielectric properties and ultra …

Abstract Li 2 Ti 0.85 (A 1/3 Ta 2/3) 0.15 O 3+ xwt.% H 3 BO 3 (A= Zn, Mg; 1.0≤ x≤
5.0)(LTATB x) ceramics were fabricated by the traditional solid phase synthesis method. The …