Št. zadetkov: 12
Doktorska disertacija
Oznake:
dielectric spectroscopy;ceramic thin films;ralaxors;
Investigations and separation of various contributions to dielectric response of advanced ceramic and polymeric materials
Leto:
2012
Vir:
Repozitorij samostojnih visokošolskih in višješolskih izobraževalnih organizacij
Izvirni znanstveni članek
Oznake:
PLZT;fatigue;piezoelectric resonance;electromechanical properties;
Correlations between fatigue and material constants of bulk 8/65/35 PLZT ceramics were investigated by a simultaneous measurement of faatigue and piezoelectric resonance as a function of switching cycles. It was found that as remanent polarization, also the real and imaginary paarats of the complex ...
Leto:
1998
Vir:
dLib.si Digitalna knjižnica Slovenije
Izvirni znanstveni članek
Oznake:
nanofibrilirana celuloza;priprava filma;vsebnost vlage;toplotna prevodnost;dielektrične lastnosti;nanofibrillated cellulose;Ti3C2T;Mxene;film preparation;moisture content;thermal conductivity;
The fabrication of nanocellulose-based substrates with high dielectric permittivity and anisotropic thermal conductivity to replace synthetic thermoplastics in flexible organic electronics remains a big challenge. Herein, films were prepared from native (CNF) and carboxylated (TCNF) cellulose nanofi ...
Leto:
2024
Vir:
Fakulteta za strojništvo (UM FS)
Izvirni znanstveni članek
Oznake:
dielectric tunability;materials;
Antiferroelectric ceramics are considered as highly promising materials for the development of novel DC-link, snubber, and filter capacitors used in high-power and high-speed electronics for electromotive and renewable energy applications, medical equipment, and weapons platforms. In particular, the ...
Leto:
2025
Vir:
Institut Jožef Stefan (IJS)
Izvirni znanstveni članek
Oznake:
electronic applications;high-power electronic;green energy;electric field;
The increase of the dielectric permittivity with an electric field and enhanced energy storage properties make antiferroelectrics very attractive for high-power electronic applications needed in emerging green energy technologies and neuromorphic computing platforms. Their exceptional functional pro ...
Leto:
2023
Vir:
Institut Jožef Stefan (IJS)
Izvirni znanstveni članek
Oznake:
percolation theory;
Percolative dielectric behavior of titanium carbide MXene/cellulose nanofibrils composite films
Leto:
2024
Vir:
Fakulteta za strojništvo (UM FS)
Doktorska disertacija
Oznake:
dielectric breakdown;materials;polymers;dissertations;
Different approaches for enhancing dielectric response of polymer and ceramic materials
Leto:
2025
Vir:
Repozitorij samostojnih visokošolskih in višješolskih izobraževalnih organizacij
Izvirni znanstveni članek
Oznake:
polimerna mešanica;mehanske lastnosti;kristalizacija;polymer blend;mechanical properties;crystallization;
In this research, the influences of the addition of PVP to PVDF-HFP polymers and the preparation of thin films using a solvent casting method were studied. The PVDF-HFP and polymer blend PVDF-HFP/PVP thin films with a nanostructured surface were investigated using scanning electron microscopy, diffe ...
Leto:
2022
Vir:
Fakulteta za strojništvo (UL FS)
Izvirni znanstveni članek
Oznake:
tanke plasti;elektronska keramika;relaxor ferroelectrics;thin films;strain analysis;electronic ceramics;
Unlocking high capacitive energy-density in Sm-doped ▫$Pb(Mg_{1/3}Nb_{2/3})O_3–PbTiO_3$▫ thin films via strain and domain engineering
Leto:
2025
Vir:
Institut Jožef Stefan (IJS)
Izvirni znanstveni članek
Oznake:
0,5Ba(Zr0,2Ti0,8)O3—0,5(Ba0,7Ca0,3)TiO3 tanke plasti;mikrostruktura;kristalna orientacija;elektromehanske lastnosti;0.5Ba(Zr0.2Ti0.8)O3—0.5(Ba0.7Ca0.3)TiO3 thin films;mycrostructure;crystaline orientation;electromechanical properties;
The microstructure and crystalline orientation evolution of manganese-doped 0.5Ba(Zr0.2Ti0.8)O3—0.5 (Ba0.7Ca0.3)TiO3 (BZT—BCT) thin films deposited on platinized sapphire and multistep-annealed at 850 ◦C are reported. The crack-free 680 nm thick BZT—BCT films with an average lateral grain size of 14 ...
Leto:
2025
Vir:
Institut Jožef Stefan (IJS)