Keywords: Vortex; Triplet superconductivity; Ferromagnetism; Proximity effect; Critical temperature; Little-Parks effect; 74.25.Dw; 74.45.+c; 74.78.Fk; 74.78.Na;
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Titanium oxide based mesoporous powders and gels: Doping effects and photogenerated charge transfer
Keywords: 76.30.−v; 74.62.Dh; 74.78.Na; 61.10.Kw; 61.72.Ji; 61.72.WwTiO2; EPR; Nitrogen doping; WAXS; SAXS; Photoactive gels
Giant vortex structures in mesoscopic spherical type-II superconducting samples
Keywords: 74.20.De; 74.25.Ha; 74.25.Op; 74.78.Na; Ginzburg-Landau theory; Mesoscopic spherical superconductor; Giant vortex; The upper critical field;
Spin-density functional for exchange anisotropic Heisenberg model
Keywords: Heisenberg; DFT; Anisotropy; Ground state75.10.Jm; 75.10.Pq; 74.78.Na; 71.70.Gm
Effect of supercurrent injection on vortex penetration and expulsion fields in mesoscopic superconducting squares
Keywords: 74.78.Na; 74.25.Dw; 74.25.QtMesoscopic superconductivity; Vortex pinning; Fluxoid state transitions
Magnetic flux structures of composite superconducting structures with d- and s-waves superconductors (d-dots)
Keywords: 74.20.De; 74.78.Na; 74.25.QtNano-scale superconductors; d-Wave superconductors; Ginzburg–Landau equation
Width and temperature dependence of hysteretic current–voltage character in long Niobium microbridges
Keywords: 74.78.Db; 74.78.Na; 74.25.SvNiobium microbridge; Critical current; Hysteretic IV
Spinor-electron wave guided modes in coupled quantum wells structures by solving the Dirac equation
Keywords: 41.90.+e; 85.35.-p; 74.78.Na; Spinor-electron optics; Dirac quantum waveguides; Quantum electronics;
Multi-band pairing of ultrarelativistic electrons and holes in graphene bilayer
Keywords: 74.78.Na; 74.20.-z; 81.05.UwGraphene; Excitons; BCS; Massless fermions
c-Axis correlated extended defects and critical current in YBa2Cu3Ox films grown on Au and Ag-nano dot decorated substrates
Keywords: 74.25.Qt; 74.25.Sv; 74.72.Bk; 74.78.Bz; 74.78.Na; Superconducting; Films; Pinning; Critical current; Nanodots; Substrate decoration;
Quantum phase transition in ultra small doubly connected superconducting cylinders
Keywords: 74.78.Na; 74.78.−w; 73.43.Nq; 68.70.+wSuperconductivity; Quantum phase transition
Effect of pseudogap on the positronium in void
Keywords: 74.78.Na; 78.70.Bj; Positronium; Microvoid; Superconductivity; Pseudogap;
A variational reasoning leading to the decay of ring-like vortices
Keywords: 74.20.De; 74.78.Na; 74.25.Qt; Superconducting nanoshells; Vortex structures; Nanoscopic superconductors;
Vortex-based single-photon response in nanostructured superconducting detectors
Keywords: 03.075.Lm; 74.78.Na; 85.25.AmMagnetic vortices; Superconducting nanostructures; Radiation detectors
Magnetic tunable confinement of the superconducting condensate in superconductor/ferromagnet hybrids
Keywords: 74.78.Na; 74.78.Fk; 74.25.Dw; 74.25.Op; Nucleation of superconductivity; Superconductor/ferromagnet hybrid; Domain-wall superconductivity; Field-induced superconductivity;
Field induced superconductivity in magnetically modulated films
Keywords: 74.78.Na; 74.78.Fk; 74.25.Dw; 74.25.OpSuperconductivity; S/F-hybrids
Phase slips in mesoscopic superconducting triangles
Keywords: 74.25.Sv; 74.78.Na; 73.23.−bMesoscopic system; Critical current; Phase slip centers
Simulation of logic gate using d-dot’s
Keywords: 74.78.Na; 74.20.De; 74.72.−hGinzburg–Landau equation; Dwarves superconductivity; Spontaneous magnetic flux
High-frequency vortex matching effects in Pb thin films with a periodic array of antidots
Keywords: 74.25.Nf; 74.25.Qt; 74.78.Db; 74.78.Na; Vortex dynamics; Matching field; Microwave characterisation;
On mathematical methods to improve imaging of vortices using scanning superconducting quantum interferometer device (SQUID) microscope
Keywords: 85.25.Dq; 74.78.Na; 07.05.PjSuperconducting Quantum interference device; Magnetic field; Vortex pattern; Superconducting network; Image processing
Non commensurate vortex lattices in a composite antidot lattice or dc current
Keywords: 74.20.De; 74.25.Ha; 74.78.Na; 75.75.+a; Perforated superconductor; Weak pinning; Vortex state; Ginzburg-Landau theory;
Location of flux-induced vortex
Keywords: 74.78.Na; 74.25.Dw; 74.25.Op; 74.20.De; Fluxoid transition; Mesoscopic ring; Vortex visualization; Critical point;
The problem of subwavelength imaging by Veselago lens
Keywords: 42.25.Gg; 42.68.Sq; 74.78.Na; A. Nanostructures; D. Optical properties;
Local anodic oxidation by AFM tip developed for novel semiconductor nanodevices
Keywords: 81.16.Nd; 74.78.Na; 83.10.Rs; 85.35.−pNanooxidation; Mesoscopic and nanoscale systems; Computer simulations; Local anodic oxidation; Atomic force microscope
The peak effect in single-phase B1 MoCy encapsulated in multiwall carbon nanocages
Keywords: 74.78.Na; 75.50.Tt; 68.35.âp; 81.05.Tp; Peak effect; Nanocrystals; Encapsulated compounds; Molybdenum carbide;
Stability of vortex states in mesoscopic superconducting squares with artificial pinning
Keywords: 74.78.Na; 74.25.Dw; 74.25.QtMesoscopic superconductivity; Vortex pinning; Fluxoid state transitions
Nanowires and nanofilms: Superconductivity in quantum-size regime
Keywords: 74.78.−w; 74.78.Na; 74.62.−cQuantum confinement; Nanofilms; Nanowires; Bogoliubov-de Gennes equations
A sharp change of Tc in polycrystalline NbxTa1–xCy and nanocrystals encapsulated in multiwall carbon nanocages
Keywords: 74.78.Na; 75.75.+a; 73.63.Bd; 78.67.BfCarbide; Stoichiometry; Transition temperature
Vortex dynamics in asymmetric superconducting networks
Keywords: 74.20.De; 74.78.Na; 74.25.QtNano-scale superconductors; Superconducting networks; Time-dependent Ginzburg–Landau equation
Quantum oscillation of the c-axis resistivity due to entrance of pancake vortices into micro-fabricated Bi2Sr2CaCu2O8+δ intrinsic Josephson junctions
Keywords: 74.25.âq; 74.72.Hs; 74.78.Na; Intrinsic Josephson junction; Josephson vortex; Flux quantization; Penetration depth; Mesoscopic superconductors;
Periodic flux jump in superconducting Pb networks as consequence of the extended Little–Parks effect
Keywords: 74.62.−c; 74.78.Na; 74.81.FaSuperconducting network; Flux jump; The Little–Parks effect
Rectification effects in superconductors with magnetic pinning centers
Keywords: 74.25.Qt; 74.25.Sv; 74.78.Fk; 74.78.Na; S/F hybrids; Vortex dynamics; Ratchet; Vortex pinning;
Scanning tunneling spectroscopy of the vortex state in NbSe2 using a superconducting tip
Keywords: 68.37.Ef; 74.25.Op; 74.50.+r; 74.78.−w; 74.78.Na; 81.07.LkSTM; Superconducting vortex; Multiband superconductivity; NbSe2
Competing symmetries in superconducting vortex–antivortex “molecular crystals”
Keywords: 74.78.Na; 74.25.Ha; 74.20.DeSuperconducting vortices; Magnetic pinning arrays; Vortex–antivortex shells
Direct observation of transition from Tomonaga-Luttinger liquid states to superconductive phase in carbon nanotubes
Keywords: 73.63.Fg; 74.78.Na; 73.22.Lp; Carbon nanotube; Superconductivity; Tomonaga-Luttinger liquids; Electron-electron interaction;
Tunable magnetic landscape
Keywords: 74.25.Ha; 74.25.Qt; 74.78.Na; 75.60.Jk; 75.75.+a; Pinning; Magnetic properties of Nanostructures; Domain walls; Magnetization curves;
Ultrathin, doubly connected superconducting cylinders: A link between one- and two-dimensional superconductors
Keywords: 74.78.Na; 74.25.Fy; Superconductivity; Berezinskii-Kosterlitz-Thouless transition; Quantum phase transition; Destructive regime;
Coupled chains in electric and magnetic fields revisited
Keywords: 74.78.Na; 73.21.Cd; 73.23.−bMesoscopic and nanoscale systems; Superlattices; Electronic transport in mesoscopic systems
Boundary effect on superconductivity in long single-crystal superconducting nanowires
Keywords: 74.45.+c; 74.78.Na; 81.07.−b; 82.45.YzProximity effect; Nanowires; Porous membrane; Electroplating; Microscopy analysis
Extreme magnetic anisotropy and multiple superconducting transition signatures in a [Nb(23Â nm)/Ni(5Â nm)]5 multilayer
Keywords: 74.78.Fk; 75.70.Cn; 61.05.fj; 74.78.Na; 74.25.Op; 74.25.Dw; Superconducting multilayers; Magnetic multilayers; Neutron reflectometry; Mesoscopic superconductors; Superconducting critical field; Superconducting phase diagrams;
Sharp superconductor–insulator transition in short wires
Keywords: 74.78.Na; 74.20.−z; 74.40.+k; 73.21.HbFluctuations; Superconducting wires; Phase slips
Quantum phase diagram of granular superconducting quantum dots array
Keywords: 74.78.Na; 74.20.MnMesoscopic and nanoscale systems; Superconducting quantum dots; Abelian bosonization study
Anisotropic superconductors in nano-structures
Keywords: 74.20.Rp; 74.78.Na; 74.20.FgNano-scale superconductors; Anisotropic superconductors; Bogoliubov–de Gennes equation
Effective medium approximation for hopping conductivity and Josephson junctions
Keywords: 74.25.Fy; 74.50.+r; 74.81.Fa; 77.84.Lf; 74.78.Na; 64.60.Ak; 73.23.âb; Percolation; Composite materials; Transport properties of superconductors; Josephson junction arrays; Mesoscopic and nanoscale systems;
Mesoporous gold sponge as a prototype ‘metamaterial’
Keywords: 74.78.Na; 74.25.Gz; 73.50.Yg; 73.50.−hMesoporous; Optical properties; DC magnetron sputtering; Thin films
Measurement of mesoscopic high-Tc superconductors using Si mechanical micro-oscillators
Keywords: 85.85.+j; 74.78.Na; 74.72.Hs; MEMs; Mesoscopic; High Tc;
Quasi-particle spectrum of giant vortex states in a square nanoscopic superconducting plate
Keywords: 74.25.Jb; 74.78.Na; Quasi-particle spectrum; Nano-scale superconductor; Giant vortex state; Bogoliubov-de Gennes equation;
0- and Ï-states in Josephson coupling through magnetic layers
Keywords: 74.50.+r; 72.25.âb; 74.45.+c; 73.23.âb; 74.78.Na; Josephson junction; Ferromagnet; Antiferromagnet; 0-state; Ï-state;
Observation of vortex expulsion in mesoscopic superconducting disks
Keywords: 74.78.Na; 74.25.Qt; 73.23.Ad; Mesoscopic superconductor; Vortex; Pinning; Ballistic transport; Microscope;
Characterization of a ferromagnetic porous silicon-based Ni/Si nanocomposite with a novel strong high-field anisotropy
Keywords: 72.80.Tm; 74.78.Na; 75.30.Gw; 75.75.+aNanocomposite; Ferromagnetic; Magnetic anisotropy; Porous silicon