superionic造句

• It is theorized that superionic ice can possess two crystalline structures.
• Electrochemical nanoimprinting can be achieved using a stamp made from a superionic conductor such as silver sulfide.
• At even higher pressures, ionic water will further condense into superionic water, where the oxygen lattice.
• In addition, other alkali rich antiperovskites such as Na 3 OCl are also being investigated for superionic conductivity.
• Recently synthesized antiperovskites with chemical formula Li 3 OBr or Li 3 OCl have demonstrated superionic conductivity for Lithium ion.
• At pressures in excess of 0.5 Mbar it is predicted that superionic ice would take on a body-centered cubic structure.
• In 2015 researchers announced an electrolyte using superionic lithium-ion conductors, which are compounds of lithium, germanium, phosphorus and sulfur.
• The topics of interest include fundamental properties of oxide ceramics at nanometer length scales, and fast ion conductor ( advanced superionic conductor ) / electronic conductor heterostructures.
• But in nanoionics-II, it is necessary to conserve the original highly ionic conductive crystal structures of advanced superionic conductors at ordered ( lattice-matched ) heteroboundaries.
• Huberman originally worked in condensed matter physics, ranging from superionic conductors to two-dimensional superfluids, and made contributions to the theory of critical phenomena in low-dimensional systems.
• At the critical temperature of 141 癈, CsHSO 4 is considered a superionic conductor . The rapid ionic conductivity arise especially in the range of these temperatures due to the high activity of protons.
• [10 ] Chang J .-H ., Zurn A ., Schnering H . G . Hyperbolic cation diffusion paths in alpha-RbAg 4 I 5 type superionic conductors / / Zeitschrift f黵 Anorganische und Allgemeine Chemie 2008.
• There may be a layer of ionic water where the water molecules break down into a soup of hydrogen and oxygen ions, and deeper down superionic water in which the oxygen crystallises but the hydrogen ions move freely within the oxygen lattice.
• Nanoionic-I can significantly enhance ( up to ~ 10 8 times ) the 2D-like ion conductivity in nanostructured materials with structural coherence, but it is remaining ~ 10 3 times smaller relatively to 3D ionic conductivity of advanced superionic conductors.
• Elastic anomalies in the superionic LiK0.9Na0.1SO4 single crystal-An Ultrasonic study ( Proce . of 3rd International conference on ionic devices ICID2006, held at Anna university, Chennai, on Dec . 7-9, 2006, p . 109)
• There are two classes of solid state ionic nanosystems and two fundamentally different nanoionics : ( I ) nanosystems based on solids with low ionic conductivity, and ( II ) nanosystems based on advanced superionic conductors ( e . g . alpha AgI, rubidium silver iodide family ).
• [5 ] Hull S . Keen D . A ., Sivia D . S ., Berastegui P . Crystal Structures and Ionic Conductivities of Ternary Derivatives of the Silver and Copper Monohalides-I . Superionic Phases of Stoichiometry MAg 4 I 5 : RbAg 4 I 5, KAg 4 I 5, and KCu 4 I 5 / / J . Solid State Chemistry 2002.
• [8 ] Studenyak I . P ., Kranj
  ec M ., Bilanchuk V . V ., Kokhan O . P, Orliukas A . F ., Kezionis A ., Kazakevicius E ., Salkus T . Temperature variation of electrical conductivity and absorption edge in Cu 7 GeSe 5 I advanced superionic conductor / / Journal of Physics and Chemistry of Solids 2009 . V . 70.
• The examples of such advanced superionic conductors with mobile Ag + and Cu + cations are : KAg 4 I 5, NH 4 Ag 4 I 5, K 1 " x Cs x Ag 4 I 5, Rb 1 " x Cs x Ag 4 I 5, CsAg 4 Br 1 " x I 2 + x, CsAg 4 ClBr 2 I 2, CsAg 4 Cl 3 I 2, RbCu 4 Cl 3 I 2, KCu 4 I 5 and others.
• Being a branch of nanoscience and nanotechnology, nanoionics is unambiguously defined by its own objects ( nanostructures with FIT ), subject matter ( properties, phenomena, effects, mechanisms of processes, and applications connected with FIT at nano-scale ), method ( interface design in nanosystems of superionic conductors ), and criterion ( R / L ~ 1, where R is the length scale of device structures, and L is the characteristic length on which the properties, characteristics, and other parameters connected with FIT change drastically ).