Material with high dielectric constant plays an important role in energy storage
elements.(Gd+ Nb) co-doped TiO 2 (GNTO) ceramics with giant dielectric permittivity (> 10 …

High‐performance colossal‐permittivity (CP) materials have huge potential applications in
the miniaturization of electronic components and high‐energy storage applications. Here …

It is a great challenge to high colossal permittivity (CP, Ɛ r) in polycrystal ceramics together
with low dielectric loss (tanδ) and high insulation resistivity (ρ) due to the miniaturization of …

Electrostrictors offer unique advantages over piezoelectrics, including no poling process,
temperature stability and hysteresis-free strain characteristics. Learning from the distinction …

The rutile TiO 2 ceramics substituted with acceptor and donor ions are regarded to be
promising candidate materials for energy storage because of their colossal permittivity (CP) …

To reduce the dielectric loss of TiO 2 based ceramics, W 6+ ions with high electronegativity,
together with Ag+ ions, were selected into Ti site to synthesize (Ag 2/5 W 3/5) x Ti 1-x O 2 …

We designed a new type of perovskite-related dielectric energy storage material Na 1/3 Cd
1/3 Bi 1/3 Cu 3 Ti 4 O 12 with colossal permittivity via an ordinary solid-state method …

Colossal permittivity ceramic materials (CP,> 10 3) have the potential of miniaturization and
convenience for electric components. Unfortunately, they are often accompanied by high …

Abstract Effects of doping of Y and sintering atmosphere on the dielectric properties of Sr1‐
1.5 xYxTiO3 ceramics (SYT, x= 0‐0.014) were systematically investigated. The SYT14 (x …

The effects of the sintering temperature on microstructures, electrical properties, and
dielectric response of 1% Cr3+/Ta5+ co-doped TiO2 (CrTTO) ceramics prepared using a …