Chang'an Chang'an District
199 South Road
Xi'an, OH 710062
China
Shaanxi Normal University
thermoelectric, PbSe, lattice thermal conductivity, interstitial filling
TiO2 ceramics, Colossal permittivity, Low dielectric loss, High temperature stability, IBLC
NaNbO3 ceramics, Grain Size, Oxide Ion Conduction, SOFCs
thermoelectric, Cu2SnSe3, band structure regulation, phase coexistence, phase transition
Lead-Free Ceramics, Relaxor Ferroelectric, Ultra-Fast Charge-Discharge, High Energy Storage Density
Sodium niobate, Oxygen ion coductor, Defect engineering, Activation energy
Grain size, Nanodomain, Phase structure, Energy-storage performance, Optical transparency
Colossal permittivity, IBLC, Dielectric relaxation, Abnormal dielectric behavior, Ion pairs
Thermoelectric, skutterudites, second phase, carrier mobility, power facter
thermoelectric, PbTe, modulation doping, Cu interstice, carrier mobility
thermoelectrics, AgSbSe2, lattice strain, band degeneracy, weighted mobility
thermoelectric, bismuth telluride, lattice thermal conductivity, conversion efficiency, grain refinement, porous structure
High temperature capacitor, energy storage, Dielectric loss
Thermoelectric, Medium entropy, Cubic-phase GeTe, lattice thermal conductivity, mechanic properties
plasmon resonances, porous titanium nitride nanospheres, Photothermal conversion, solar water purification, thermal management
Energy storage performance, Bi0.5Na0.5TiO3-based ceramics, Temperature stability, Lead-free ceramics
Relaxor, Tape-casting method, Two-step sintering, Energy storage performance, Tungsten bronze
Lead-free dielectric ceramics, energy storage performance, multiple phase structures, multi-size domain, synergistic effect
Energy storage capacitor, Bi0.5Na0.5TiO3-based, Remanent polarization, Breakdown field strength
Giant permittivity, Co-doped TiO2 ceramics, IBLC, Dielectric relaxation