Solid-state cooling, represented by the electrocaloric effect (ECE) in (anti) ferroelectric
materials, has emerged as an alternative green refrigeration technology by virtue of its high …

Due to their elevated sintering temperature, pure PLZST-based antiferroelectric ceramics
are unsuitable for co-firing with copper internal electrodes as MLCC dielectric materials. In …

Eco-friendly dielectric energy-storage ceramics capacitors are extremely urgent for pulsed
power system applications. Unfortunately, it is a grand challenge to boost the energy …

Ceramic capacitors are very promising to be commercialize with ease for high pulse power
technology owing to their fast charging/discharging rate, high bending strength and as well …

Lead-based antiferroelectric (AFE) ceramics have the advantages of high power density, fast
charge and discharge speed, and the electric-field-induced AFE-FE phase transition …

Inorganic thick‐film dielectric capacitors with ultrahigh absolute recovered energy at low
electric fields are extremely desired for their wide application in pulsed power systems …

Lead-free ceramic capacitors offer ultrahigh power density and ultrafast discharging rates,
making them critical energy storage components for advanced pulsed power systems …

Due to the atomic-level centrosymmetric spontaneous polarization, antiferroelectric
materials exhibit a sensitively nonlinear capacitive response to plural physic fields (mainly …

Antiferroelectric materials are highly desired for high energy-storage density capacitors and
electrocaloric refrigerator in the future due to their excellent energy storage properties and …

8 BaTiO 3-0.2 (K 0.5 Bi 0.5) TiO 3-xNb 2 O 5 (0.8 BT-0.2 KBT-xNb) lead-free ceramics were
fabricated using a solid-state processing method. Transmission electron microscopy (TEM) …