With the rapid development of wireless communications such as Wi-Fi, “Internet of Things”, and 5G, the use of microwave (MW) dielectric ceramics in the manufacture of radio frequency (RF) components, such as filters, resonators, antennas, and substrates,1−5 has dramatically increased. Miniaturization and integration of RF components for 5th generation (5G) technology in particular requires new materials with short delay times (εr
With the rapid development of wireless communications such as Wi-Fi, “Internet of Things”, and 5G, the use of microwave (MW) dielectric ceramics in the manufacture of radio frequency (RF) components, such as filters, resonators, antennas, and substrates,1−5 has dramatically increased. Miniaturization and integration of RF components for 5th generation (5G) technology in particular requires new materials with short delay times (εr
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