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- Advanced_superionic_conductor abstract "The term of advanced superionic conductors (AdSIC) was first introduced in the paper by A.L.Despotuli, A.V.Andreeva and B.Rambaby.AdSICs are fast ion conductors that have a crystal structure close to optimal for fast ion transport (FIT). The rigid ion sublattice of AdSIC has structure channels where mobile ions of opposite sign migrate. The ion-transport characteristics of AdSICs are very high, ionic conductivity, ~0.3/Ω cm (RbAg4I5, 300 K) and activation energy Ei~0.1 eV. This determines the temperature-dependent concentration of mobile ions ni~Ni x eEi/kBT capable to migrate in conduction channels at each moment (Ni~1022/cm3, ni~2x1020/cm3, 300 K).Rubidium silver iodide –family is a group of the AdSICs compounds and solid solutions which are isostructural with the RbAg4I5 alpha modification. The examples of such compounds with mobile Ag+- and Cu+-cations are: KAg4I5, NH4Ag4I5, K1-xCsxAg4I5, Rb1-xCsxAg4I5, CsAg4Br1-xI2+x, CsAg4ClBr2I2, CsAg4Cl3I2, RbCu4Cl3I2, KCu4I5 and others [3-8].For the RbAg4I5 AdSIC the peculiar features of crystal structure and dynamics of mobile ions were studied in [9,10]Recently, all solid state micrometre-sized supercapacitors based on AdSICs (nanoionic supercapacitors) had been recognized as critical electron component of future sub-voltage and deep-sub-voltage nanoelectronics and related technologies (22 nm technological node of CMOS and beyond).".
- Advanced_superionic_conductor wikiPageExternalLink sonstige_rbag4i5.html.
- Advanced_superionic_conductor wikiPageID "14020759".
- Advanced_superionic_conductor wikiPageRevisionID "504689395".
- Advanced_superionic_conductor hasPhotoCollection Advanced_superionic_conductor.
- Advanced_superionic_conductor subject Category:Electricity.
- Advanced_superionic_conductor comment "The term of advanced superionic conductors (AdSIC) was first introduced in the paper by A.L.Despotuli, A.V.Andreeva and B.Rambaby.AdSICs are fast ion conductors that have a crystal structure close to optimal for fast ion transport (FIT). The rigid ion sublattice of AdSIC has structure channels where mobile ions of opposite sign migrate. The ion-transport characteristics of AdSICs are very high, ionic conductivity, ~0.3/Ω cm (RbAg4I5, 300 K) and activation energy Ei~0.1 eV.".
- Advanced_superionic_conductor label "Advanced superionic conductor".
- Advanced_superionic_conductor sameAs m.03cr662.
- Advanced_superionic_conductor sameAs Q4686360.
- Advanced_superionic_conductor sameAs Q4686360.
- Advanced_superionic_conductor wasDerivedFrom Advanced_superionic_conductor?oldid=504689395.
- Advanced_superionic_conductor isPrimaryTopicOf Advanced_superionic_conductor.