ferromagnetic

Related by string. Ferromagnetic * * ferromagnetic materials *

Related by context. All words. (Click for frequent words.) 70 ferroelectric 70 magnetization 69 antiferromagnetic 69 semiconducting 69 superconducting 68 ferromagnet 67 strontium titanate 67 ferromagnetism 66 electron spins 66 superlattice 66 nanowire 66 YBCO 66 dopant 66 manganite 66 electron tunneling 66 multiferroic 66 nanoscopic 66 phonons 66 gate electrode 66 paramagnetic 66 exciton 66 dielectric 66 superconductive 65 PZT 65 dipole moment 65 atoms 65 bilayer 65 nanocrystal 65 nonmagnetic 65 dopants 65 intramolecular 65 polaritons 65 conductance 65 silicide 65 cuprates 65 SWCNT 64 microcavities 64 bismuth telluride 64 ferroelectricity 64 QDs 64 polariton 64 dispersive 64 SiO 2 64 topological insulator 64 Mott insulator 64 cadmium selenide 64 quantum mechanically 64 cuprate 64 crystallinity 64 graphene layers 64 supercurrent 64 nanodots 64 bilayer graphene 64 electron pairs 64 superfluid 64 quantum dot 63 dielectrics 63 nanomagnets 63 heterostructure 63 Josephson junctions 63 electrically insulating 63 magnetization reversal 63 nanotube 63 perovskite 63 quantum oscillations 63 heavy fermion 63 intermetallic 63 silicon oxide 63 nonlinear optical 63 quasiparticles 63 superconductivity 63 interfacial 63 microcavity 63 superconductor 63 self assembled monolayer 63 gate dielectrics 63 nanocrystals 63 conduction electrons 63 electron transistor 63 ferromagnetic materials 63 supersolid 63 superconductors 63 heterostructures 63 ZnO 63 nanocrystalline 62 photonic crystal 62 hafnium oxide 62 electron doped 62 zinc selenide 62 plasmon 62 magnetisation 62 dielectric constant 62 topological insulators 62 iron pnictides 62 lattice vibrations 62 nitride 62 ferroelectrics 62 nanoscale 62 dipolar 62 intermolecular 62 surface plasmons 62 electron scattering 62 high temperature superconductors 62 thermally activated 62 biomolecule 62 interparticle 62 plasmonic 62 antiferromagnets 62 undoped 62 bandgap 62 excitons 62 anisotropic 62 dopant atoms 62 polycrystalline 62 monolayers 62 titania 62 substrate 61 electron 61 macroscale 61 crystal lattice 61 AlGaN 61 cuprate superconductors 61 vanadium dioxide 61 monolayer 61 tin oxide 61 nanotubes 61 semiconductor nanocrystals 61 ultracold 61 quasicrystal 61 metallic nanostructures 61 electron spin 61 nanomesh 61 nematic 61 GPa 61 pnictides 61 nonconducting 61 bosonic 61 anisotropy 61 InAs 61 magnetoresistance 61 chalcogenide 61 phonon 61 bismuth ferrite 61 dimensional electron 61 zinc ions 61 quasicrystals 61 inhomogeneity 61 ZnS 61 CMOS transistors 61 MOS transistors 61 electrons 61 μm thick 61 electron pairing 61 ferrite 61 silicon nitride 61 ferroelectric materials 61 chemical reactivity 61 cementite 61 dielectric layer 61 vibrational modes 61 Rydberg atom 61 photoemission 61 pentacene 61 antiparallel 61 barium titanate 61 epitaxial 61 eutectic 60 nanometer scale 60 electron electron 60 Raman scattering 60 vanadium oxide 60 indium tin oxide 60 microfabricated 60 nitride layer 60 subwavelength 60 graphene transistors 60 photonic bandgap 60 lattice mismatch 60 magnons 60 quantum dots 60 wavefunction 60 boron atoms 60 bistable 60 permittivity 60 mesoscopic 60 semiconducting material 60 inhomogeneities 60 dielectric materials 60 gate dielectric 60 nanoribbons 60 Coulomb blockade 60 silicon Si 60 quasiparticle 60 toroid 60 silicon atoms 60 nanometer sized 60 silicon nanowire 60 carbene 60 nanowires 60 graphene 60 nanostructure 60 dielectric layers 60 Bose Einstein condensates 60 electronic excitations 60 weakly interacting 60 k dielectric 60 multilayers 60 indium arsenide 60 cobalt atoms 60 SWNT 60 quantum mechanical 60 electrically conducting 60 post perovskite 60 decoherence 60 waveguides 60 fermions 60 rotaxanes 60 hexamers 60 Schottky barrier 60 block copolymer 60 coplanar 60 chemically reactive 60 scanning tunneling microscopy 60 CdS 59 tetragonal 59 dimer 59 graphene nanoribbons 59 yttrium barium copper 59 electrochemical 59 titanium oxide 59 atomically smooth 59 germanium 59 magnesium ions 59 planar 59 adsorption 59 hyperfine 59 SWNTs 59 conductive 59 nanorod 59 oppositely charged 59 layer graphene 59 steric 59 martensite 59 pyroelectric 59 anodic 59 metastable 59 antibody antigen 59 semiconductor nanowires 59 electrode 59 ferromagnets 59 nucleons 59 ions 59 PEDOT 59 carbon nanotubes 59 heterojunctions 59 optical lattices 59 dihydrogen 59 hydride 59 inhomogeneous 59 plasmons 59 intermetallic compounds 59 ZnO nanowires 59 conjugated polymers 59 γ 59 radiative 59 Si substrate 59 excitation 59 Fig. 1a 59 excitations 59 quantum capacitance 59 quantum tunneling 59 graphite oxide 59 polarized electrons 59 photon energies 59 conductivity 59 LiNbO3 59 superlattices 59 magnetic anisotropy 59 HfSiON 59 optical waveguides 59 micrometer scale 59 graphene sheets 59 photoluminescence 59 nanometric 59 magnetic permeability 59 ARPES 59 anneal 58 correlated electron 58 CdSe 58 nickel silicide 58 magnetic excitations 58 piezoelectric 58 superparamagnetic 58 III nitride 58 nanoporous 58 polymeric 58 triangular lattice 58 NiSi 58 carbon nanotube 58 colloidal crystals 58 InSb 58 spin excitations 58 crystallographic 58 conventional superconductors 58 controllably 58 isotropic 58 magnetic flux 58 nanoribbon 58 supramolecular 58 fermion 58 atomically thin 58 crystallites 58 nanotube arrays 58 terahertz radiation 58 ytterbium 58 covalent bonds 58 ZnSe 58 semiconducting nanotubes 58 semiconducting nanowires 58 tensile stress 58 silicon nanocrystals 58 optical resonator 58 vesicle fusion 58 photons 58 nanopillars 58 ceria 58 dissipative 58 GaN layer 58 doped silicon 58 aluminum nitride 58 self assembled monolayers 58 actinide 58 photoconductive 58 magnetic dipole 58 electrons behave 58 uniaxial 58 rubidium vapor 58 magnesium ion 58 pseudogap 58 capacitive coupling 58 thermal decomposition 58 nanobelts 58 annealing 58 diamagnetic 58 MWNTs 58 silicon substrate 58 electrically conductive 58 circular dichroism 58 surface plasmon 58 adiabatic 58 nanostructures 58 microfluidic channels 58 SWCNTs 58 monodisperse 58 porphyrin 58 epitaxial layer 58 nanochannels 58 colloidal particles 58 manganese atoms 58 microwave photon 58 micrometer sized 58 nanosized 58 excitonic 58 semiconductor nanostructures 58 pn junction 58 Dirac fermions 58 high temperature superconductivity 58 orbitals 57 cavity QED 57 diffraction pattern 57 Bose Einstein Condensate 57 silicon substrates 57 fermionic atoms 57 biological molecules 57 heterojunction 57 microstructures 57 electrical conductance 57 intergranular 57 nanosheets 57 macroscopic 57 optical lattice 57 magnetic 57 nanomechanical 57 submicron 57 tetrahedra 57 resonant tunneling 57 nuclei 57 unconventional superconductivity 57 hydrophobicity 57 recrystallization 57 silica spheres 57 photothermal 57 1μm 57 demagnetization 57 ruthenium oxide 57 superfluids 57 interfacial layer 57 hydrides 57 chiral 57 halide 57 nanoelectromechanical 57 copper interconnects 57 atomic lattice 57 nanochannel 57 AlN 57 refractive index 57 sodium atoms 57 eutectic alloy 57 hyperpolarization 57 lipid membranes 57 ε 57 mK 57 crystalline structure 57 sol gel 57 thermal conductivities 57 nonequilibrium 57 GaAs AlGaAs 57 silicon dioxide 57 AlGaN GaN 57 diamond anvil 57 thermal conductivity 57 compressive strain 57 carbides 57 donor acceptor 57 crystalline lattice 57 electrochemically 57 catalytically active 57 walled carbon nanotube 57 dye molecules 57 delocalized 57 micromachined 57 micron thick 57 metallic nanoparticles 57 interatomic 57 MOS transistor 57 sulfur atoms 57 icosahedral 57 nanofabricated 57 adsorbed 57 fluorescence quenching 57 trimers 57 birefringence 57 cadmium sulfide 57 diffracted 57 magnetic vortices 57 electroluminescence 57 superlenses 57 absorption spectroscopy 57 inelastic scattering 57 graphene flakes 57 superconduct 57 superconducting qubit 57 semiconducting materials 57 MWNT 57 transmembrane 57 lithographically 57 photon absorption 57 ruthenium 57 Raman lasers 57 THz radiation 57 fermionic 57 toroids 57 qubits 57 magnon 57 quantum electrodynamics 57 photon 57 μm diameter 57 gold nanoclusters 56 ferro electric 56 nanodiamond 56 Fig. 4b 56 nanostructured 56 piezoelectric materials 56 underfill 56 oxide layer 56 entangled quantum 56 depolarization 56 fullerene 56 alkynes 56 semiconducting properties 56 indium tin oxide ITO 56 nonpolar 56 quantum superposition 56 electrostatic attraction 56 NMR spectra 56 CNTs 56 organometallic 56 quantum coherence 56 terahertz waves 56 fused silica 56 nucleation 56 copper indium diselenide 56 nanorings 56 valence electron 56 metallic carbon nanotubes 56 dipoles 56 HfO2 56 superatoms 56 crystalline solids 56 hydrophobic surfaces 56 hydrophobic hydrophilic 56 valence electrons 56 diffusive 56 phototransistor 56 nanometers thick 56 dimers 56 electron density 56 coercivity 56 covalent bond 56 nanocages 56 SiO2 56 titania nanotubes 56 diffraction grating 56 photocurrent 56 electric dipole 56 microchannels 56 solder bumps 56 titanium nitride 56 chalcogenide glass 56 ion beam 56 dimeric 56 solitons 56 electron transistors 56 SQUIDs 56 liquid crystalline 56 low k dielectrics 56 thermal conductance 56 SiO 56 kcal mol 56 semiconductive 56 scanning tunneling microscope 56 lanthanide 56 lithium niobate 56 pMOS 56 diffraction 56 graphene membranes 56 Mott insulators 56 chirality 56 zirconium nitride 56 electrostatic interactions 56 helium atoms 56 bosons 56 calcium fluoride 56 spherical particles 56 electron beams 56 resonators 56 rubidium atoms 56 superconducting qubits 56 crystal lattices 56 optically transparent 56 orbital angular momentum 56 ductile 56 nano scale 56 antimonide 56 photonic circuits 56 iron arsenide 56 shorter wavelengths 56 alkali atoms 56 piezoelectric crystals 56 electrospray 56 nanocluster 56 nanorods 56 gelation 56 high temperature superconductor 56 Fig. 2b 56 resonant cavity 56 Fig. 1c 56 epitaxially 56 metal ions 56 oscillatory 56 insulating substrate 56 graphane 56 anomalous dispersion 56 impurity atoms 56 linearly polarized 56 nanoparticle arrays 56 sulfur atom 56 Bose Einstein condensation 56 scanning microscopy 56 selenide 56 block copolymers 56 qubit 56 polydimethylsiloxane 56 isotope fractionation 56 superlens 56 thermoelectric materials 56 MWCNT 56 semiconducting carbon nanotubes 56 intercalation 56 zinc oxide ZnO 56 Germanium 56 transparent conductive coatings 56 protein adsorption 56 reduced graphene oxide 56 thermocouples 56 microstructured 55 Josephson junction 55 gallium indium arsenide 55 nanodroplets 55 ohmic 55 superconducting materials 55 vapor deposition 55 spintronic devices 55 PMOS transistors 55 crosslinking 55 nanodevice 55 photocatalysts 55 aluminum oxide 55 thermal diffusivity 55 electron mobility 55 perovskites 55 proton neutron 55 soliton 55 MWCNTs 55 Brillouin zone 55 transparent electrode 55 nanoprobe 55 nanofilm 55 bilayers 55 alkene 55 Entangled photons 55 birefringent 55 photoactive 55 CMOS compatible 55 catalytic reactions 55 quantum bits qubits 55 quantum particle 55 ohmic contacts 55 neutrons 55 cesium ions 55 compressive stress 55 gallium indium 55 antiprotons 55 GaP 55 5μm 55 poly L lysine 55 chromophores 55 FinFET 55 nanowire transistors 55 tetramer 55 polymerisation 55 microscale 55 silicon waveguide 55 enthalpy 55 photoelectrochemical 55 photosystem 55 hydrogen atoms 55 concentration gradient 55 ultracold molecules 55 μm 55 van der Waals 55 diffusion coefficient 55 conjugated polymer 55 shear modulus 55 chondrules 55 photonic crystals 55 graphitic 55 aperiodic 55 Ytterbium 55 Fig. 1b 55 electromigration 55 fluorogenic 55 magnetic fields 55 alkali metal 55 nanoscale dimensions 55 boron nitride 55 Mg Fe 55 nanosized particles 55 nanoparticles 55 pseudogap phase 55 electrophilic 55 atomic nuclei 55 Fig. 2a 55 quantum metrology 55 PbS 55 waveguide 55 phototransistors 55 zirconium oxide 55 dielectric permittivity 55 Schottky 55 potassium atoms 55 polymer substrate 55 hafnium 55 AlN layer 55 nanostructured materials 55 functionalized 55 nanostructured silicon 55 electrodes 55 graphene electrons 55 leakage currents 55 colloidal 55 conformational changes 55 micron sized 55 platinum Pt 55 lithographically patterned 55 membrane pores 55 emit photon 55 electroactive 55 lasing 55 lamellar 55 thulium 55 absorption spectra 55 chiral molecules 55 single photon detectors 55 superposition 55 silicon germanium 55 semiconductor quantum dots 55 biologically inert 55 gold nanorods 55 electrophoretic 55 multi walled nanotubes 55 Bose Einstein condensate 55 nanoworld 55 polymerization 55 ultrathin layer 55 MEMS resonators 55 helices 55 HTS wires 55 k dielectrics 55 biological macromolecules 55 adatoms 55 hydrophobic interactions 55 tetrahedral 55 boron nitride nanotubes 55 Fig. 1A 55 conductive polymers 55 anion 54 colloidal suspension 54 scintillator 54 cobalt atom 54 interdigitated 54 solvation 54 synchrotron x ray 54 biaxial 54 nanoclusters 54 metal oxide 54 meV 54 picosecond 54 micromechanical 54 Ca2 + 54 site directed mutagenesis 54 stoichiometry 54 organic TFTs 54 ultracold atoms 54 nanobubble 54 ionic conductivity 54 MgO 54 NdFeB 54 indium gallium arsenide 54 piezoresistive 54 cesium atom 54 spin precession 54 quantum criticality 54 #μm [001] 54 ligand receptor 54 epitaxial layers 54 Nernst 54 UNCD 54 absorb neutrons 54 anionic 54 velocity dispersion 54 micrometer 54 σ 54 terahertz frequencies 54 magnetic nanoparticle 54 nanotubes nanowires 54 femtosecond 54 epitaxial graphene 54 phosphorus atoms 54 electrical resistivity 54 boron oxide 54 redox reactions 54 conductive epoxy 54 redox 54 tensile strain 54 fluorescence resonance energy 54 helium ions 54 MPc 54 chemically inert 54 martensitic 54 PEDOT PSS 54 antineutrino 54 ion traps 54 microwave photons 54 angstroms 54 nitrogen doped 54 electrons tunneling 54 alloying elements 54 electrons orbiting 54 graphene oxide 54 thermally stable 54 substituents 54 nitride semiconductor 54 compressive stresses 54 helical structures 54 magnetic nanoparticles 54 magnetic particles 54 iron carbide 54 chalcogenides 54 porphyrins 54 hydrophobic 54 reactants 54 membrane fusion 54 metallic alloys 54 elastic modulus 54 zinc oxide nanowires 54 ultrananocrystalline diamond 54 nanometers billionths 54 Fabry Perot 54 graphene sheet 54 fluorescent molecules 54 periodic oscillations 54 ferrites 54 Schematic representation 54 polymer matrix 54 superposed 54 polyaniline 54 photobleaching 54 FRET 54 quantum particles 54 chemiluminescence 54 lipid bilayer 54 nanoprobes 54 silicon 54 ATP hydrolysis 54 54 resistive element 54 sodium ions 54 quantum dot lasers 54 nanometers 54 plasmonics 54 nanomembranes 54 InGaAs 54 lattice parameter 54 optical waveguide 54 bistability 54 mesoporous 54 hydrogens 54 Ruthenium 54 epoxide 54 spectroscopic techniques 54 bandgaps 54 heterogeneous catalysts 54 pulsed laser deposition 54 HEMTs 54 nanocrystalline silicon 54 nitrides 54 unpolarized 54 photons emitted 54 giant magnetoresistive 54 van der Waals forces 54 dielectric breakdown 54 transfer FRET 54 microlasers 54 antiparticles 54 myosin VI 54 Ferroelectric 54 P gp 54 phosphorus atom 54 SiON 54 Feshbach resonance 54 oligomer 54 spheroidal 54 yttria stabilized zirconia 54 presynaptic 54 isomers 54 transparent conductive oxides 54 nanostructuring 54 gold nanocluster 54 manganese oxide 54 alpha particles 54 NMOS 54 ion beams 54 rheological 54 variable resistor 54 photodetector 54 rubidium 54 crosslinked 54 linearly polarized light 54 samarium 54 circumstellar 54 valence band 54 nano crystals 54 interconversion 54 nMOS 54 photoresist 54 ultrahigh vacuum 54 nanocubes 54 InN 54 molecules adsorbed 54 powder diffraction 54 zinc sulfide 54 DFT calculations 54 vibrationally excited 54 adduct 53 magnetic monopoles 53 thermodynamic properties 53 transparent conductive 53 lanthanum aluminate 53 sapphire substrate 53 macromolecule 53 electrical conductivity 53 PIN diode 53 aluminum nitride AlN 53 biominerals 53 superconducting cables 53 entangled photons 53 focal adhesions 53 elastic deformation 53 microcrystals 53 Seebeck effect 53 bipolar transistor 53 threshold voltages 53 Fig. 4B 53 fibril 53 diatomic 53 Fig. 1d 53 analyte 53 diodes 53 THz frequencies 53 complexation 53 microgel 53 reentrant 53 cesium atoms 53 palladium Pd 53 metallic interconnects 53 Superconducting 53 interphase 53 indium gallium 53 azide 53 reactant 53 photomultiplier tubes 53 exfoliated graphene 53 femtosecond laser pulses 53 indium phosphide 53 vertical cavity 53 cobalt ions 53 rotaxane 53 Langmuir Blodgett 53 photomultiplier 53 #.#μm [001] 53 epitaxy 53 endocytic 53 collinear 53 vanadate 53 chemisorption 53 antihydrogen 53 colloid 53 cadmium selenium 53 germanium silicon 53 magnesium diboride 53 microcantilever 53 copper oxide superconductors 53 lipid vesicles 53 Casimir cavity 53 disulfide bond 53 diffraction limit 53 molecules 53 radiative recombination 53 toroidal 53 electrons emitted 53 fluorine 53 electrodeposition 53 adsorbate 53 ab initio calculations 53 dielectric constants 53 UV photons 53 hydrogen ions 53 multipartite entanglement 53 Bose Einstein condensate BEC 53 magnetron 53 refractive indices 53 silicate glass 53 depolarizing 53 dynamical 53 polymer membranes 53 thermo mechanical 53 silicate minerals 53 AlGaAs 53 Metamaterials 53 excitation energies 53 superhard 53 QCLs 53 nanoholes 53 NWs 53 micropipette 53 micrometre 53 nanofibres 53 TiO 2 53 microelectrodes 53 electron beam 53 stripline 53 carbon nanostructures 53 #μm [002] 53 2μm 53 silica nanoparticles 53 homogeneous catalysis 53 Cu interconnects 53 nanocomposite material

Back to home page