Study on the physics and dielectric property of Al2O3–B2O3–SiO2/Al2O3 glass + ceramic

Carbon nanotube/graphene oxide‐added CaO‐B2O3‐SiO2 glass/Al2O3 composite as substrate for chip‐type supercapacitor

“…A porous microstructure with a large porosity of 22% formed for the specimen sintered at 800°C (Figure A). As the sintering temperature increased, the glass changed to a liquid and contributed to the densification of specimens . For the specimen sintered at 850°C, a relatively dense microstructure with a decreased porosity of 4.0% formed, as shown in Figure B.…”

“…In the case of glass/ceramic composites, glass melts during sintering and contributes to the densification of the composites . Moreover, the sintering behavior and physical properties of the LTCC substrates produced by the glass/ceramic composites is affected by the amount of glass frits added into the ceramics . Glass/ceramic composites have been frequently used for the synthesis of LTCC substrates because the densification and physical properties of the LTCC substrates can be easily controlled by the amount of glass frits .…”