A new type of porous ceramics, Mg(2)SiO(4), for microwave application with low permittivity and high quality factors were prepared via gel-casting processing in this paper. Microstructure of the ceramics was observed and crystal structure of the samples was also identified. Moreover, emphasis was paid on the characterization of the microwave ceramics. Dielectric properties of the ceramics were measured by an automatic system of microwave measurement, resulting in dielectric constant of 3.51 and quality factor of 11,774 for the ceramic sample at frequency about 10GHz. Mechanical performance of the samples were also evaluated with maximal bending strength of 140MPa
[[abstract]]Ba–B–Si glass was added to Ba–Nd–Sm–Bi–Ti–O (BRT114) microwave dielectric material for L...
International audienceCalcium Magnesium titanate ceramic materials with the molar formula Mg(1-x)Cax...
Abstract A new ultralow dielectric loss cofired CaMgGeO₄ dielectric material with olivine structure...
In addition to the constant demand of low-loss dielectric materials for wireless telecommunication, ...
ABSTRACT: A new ultralow dielectric loss cofired CaMg-GeO4 dielectric material with olivine structur...
The effects of B2O3–LiF addition on the phase composition, microstructures, and microwave dielectric...
5G and forthcoming 6G communication systems require dielectric ceramics with low relative permittivi...
Microwave dielectric ceramic materials of (Mg1-xNix)2(Ti0.95Sn0.05)O4 for x = 0.01, 0.03, 0.05, 0.07...
Equipment has been developed for the measurement of dielectric properties at high temperature from 2...
Ca5A4TiO17 (A = Nb, Ta) dielectric ceramics were prepared by the conventional solid-state ceramic r...
The intensive progress in electronics, especially telecommunication and mobile phone in 1990s, was t...
Phase-singular $Mg_4Al_2Ti_9O_2_5$ ceramics with the pseudobrookite structure suitable for microwave...
Abstract The explosive process of 5G communication evokes the urgent demand of miniaturized and inte...
Mg2SiO4 holds promise for its application in the microwave communication field due to its low dielec...
Recently, new sintering method using microwave attracts the attention. Dielectric materials, such a...
[[abstract]]Ba–B–Si glass was added to Ba–Nd–Sm–Bi–Ti–O (BRT114) microwave dielectric material for L...
International audienceCalcium Magnesium titanate ceramic materials with the molar formula Mg(1-x)Cax...
Abstract A new ultralow dielectric loss cofired CaMgGeO₄ dielectric material with olivine structure...
In addition to the constant demand of low-loss dielectric materials for wireless telecommunication, ...
ABSTRACT: A new ultralow dielectric loss cofired CaMg-GeO4 dielectric material with olivine structur...
The effects of B2O3–LiF addition on the phase composition, microstructures, and microwave dielectric...
5G and forthcoming 6G communication systems require dielectric ceramics with low relative permittivi...
Microwave dielectric ceramic materials of (Mg1-xNix)2(Ti0.95Sn0.05)O4 for x = 0.01, 0.03, 0.05, 0.07...
Equipment has been developed for the measurement of dielectric properties at high temperature from 2...
Ca5A4TiO17 (A = Nb, Ta) dielectric ceramics were prepared by the conventional solid-state ceramic r...
The intensive progress in electronics, especially telecommunication and mobile phone in 1990s, was t...
Phase-singular $Mg_4Al_2Ti_9O_2_5$ ceramics with the pseudobrookite structure suitable for microwave...
Abstract The explosive process of 5G communication evokes the urgent demand of miniaturized and inte...
Mg2SiO4 holds promise for its application in the microwave communication field due to its low dielec...
Recently, new sintering method using microwave attracts the attention. Dielectric materials, such a...
[[abstract]]Ba–B–Si glass was added to Ba–Nd–Sm–Bi–Ti–O (BRT114) microwave dielectric material for L...
International audienceCalcium Magnesium titanate ceramic materials with the molar formula Mg(1-x)Cax...
Abstract A new ultralow dielectric loss cofired CaMgGeO₄ dielectric material with olivine structure...