Physical sciences

Involvement of transient receptor potential proteins in cardiac hypertrophy

Biological Sciences / Heart Failure / Cardiac Hypertrophy / Sudden Death / Humans / Transient receptor potential channels / Animals / Physical sciences / Calcium Signaling / Clinical Sciences / Biochemistry and cell biology / Transient receptor potential channels / Animals / Physical sciences / Calcium Signaling / Clinical Sciences / Biochemistry and cell biology

Natural convection heat transfer in a partially divided trapezoidal enclosure

Engineering / Mechanical Engineering / Chemical Engineering / Heat Transfer / Heat and Mass Transfer / Mathematical Sciences / Porous Media / Natural Convection / Physical sciences / Thermal Insulation / Thermal Science / Operant Conditioning / Interdisciplinary Engineering / Nusselt Number / Flow Rate / Steady State Heat Transfer / Parametric Study / Mathematical Sciences / Porous Media / Natural Convection / Physical sciences / Thermal Insulation / Thermal Science / Operant Conditioning / Interdisciplinary Engineering / Nusselt Number / Flow Rate / Steady State Heat Transfer / Parametric Study

Rheological Microscopy: Local Mechanical Properties from Microrheology

Microscopy / Rheology / Fluorescent Dyes and Reagents / Elasticity / Viscosity / Physical sciences / Polystyrenes / Physical sciences / Polystyrenes

ULTRA HIGH ENERGY COSMIC RAYS

Mathematical Physics / Quantum Physics / Particle Physics / Dark Matter / Modern physics / Magnetic field / Mathematical Sciences / Galactic halo / Physical sciences / Ultra High Energy Cosmic Rays / High Resolution / Spectrum / Chemical Composition / High energy / Elementary Particles / Contemporary physics / Magnetic field / Mathematical Sciences / Galactic halo / Physical sciences / Ultra High Energy Cosmic Rays / High Resolution / Spectrum / Chemical Composition / High energy / Elementary Particles / Contemporary physics

Focal nodular hyperplasia: Intraindividual comparison of dynamic gadobenate dimeglumine- and ferucarbotran-enhanced magnetic resonance imaging

Engineering / Magnetic Resonance Imaging / Adolescent / Comparative Study / Humans / Child / Liver / Female / Male / Physical sciences / Iron / Middle Aged / Adult / Oxides / Organometallic Compounds / Magnetite Nanoparticles / Contrast Media / Magnetic resonance image / Child / Liver / Female / Male / Physical sciences / Iron / Middle Aged / Adult / Oxides / Organometallic Compounds / Magnetite Nanoparticles / Contrast Media / Magnetic resonance image

Nanodiamond particles/reduced graphene oxide composites as efficient supercapacitor electrodes

Engineering / Carbon / Physical sciences / CHEMICAL SCIENCES

Conical emission as cooperative fluorescence

Quantum Optics / Mathematical Sciences / Physical sciences / CHEMICAL SCIENCES / Spontaneous Emission

Temporal character of pulsed-laser cone emission

Quantum Optics / Nonlinear Optics / Mathematical Sciences / Physical sciences / Steady state / CHEMICAL SCIENCES

Photoluminescence in Si/ZnO nanocomposites

Engineering / Raman Spectroscopy / Nanocomposites / Transmission Electron Microscopy / Photoluminescence / Raman / Physical sciences / CHEMICAL SCIENCES / Thermal annealing / X Ray Photoelectron Spectroscopy / Raman / Physical sciences / CHEMICAL SCIENCES / Thermal annealing / X Ray Photoelectron Spectroscopy

Exciton energies of wurtzite CdS nanoparticles

Engineering / Band Structure / Physical sciences / Optical Properties / CHEMICAL SCIENCES

Preparation of Ge/ZnO nanocomposites by radio frequency alternate sputtering

Engineering / Catalysis / Nanocomposites / Nanoparticles / Transmission Electron Microscopy / Quantum Confinement / Semiconductor / Nanocomposite / Annealing / Physical sciences / Band Gap / Radio Frequency / Optical Properties / CHEMICAL SCIENCES / Particle Size / Absorption Spectra / Quantum Confinement / Semiconductor / Nanocomposite / Annealing / Physical sciences / Band Gap / Radio Frequency / Optical Properties / CHEMICAL SCIENCES / Particle Size / Absorption Spectra

Preparation and characterization of polyaniline/manganese dioxide composites via oxidative polymerization: Effect of acids

Engineering / Materials Engineering / Chemical Engineering / Condensed Matter Physics / Quantum Physics / Organic Chemistry / Technology / Composites / Carbon / Scanning Electron Microscopy / Nanowires / Polymer / Infrared spectroscopy / Polymer Composites / Physical sciences / UV/Vis spectroscopy / Composite Material / CHEMICAL SCIENCES / Active site / In Situ Polymerization / Thermal Stability / Room Temperature / Food Sciences / Thermal Properties / Journal of Applied Polymer Science / Carbohydrate Polymers / Nanoscience and nanotechnology / Organic Chemistry / Technology / Composites / Carbon / Scanning Electron Microscopy / Nanowires / Polymer / Infrared spectroscopy / Polymer Composites / Physical sciences / UV/Vis spectroscopy / Composite Material / CHEMICAL SCIENCES / Active site / In Situ Polymerization / Thermal Stability / Room Temperature / Food Sciences / Thermal Properties / Journal of Applied Polymer Science / Carbohydrate Polymers / Nanoscience and nanotechnology

Periodic neural activity induced by network complexity

Engineering / Neuroscience / Lattice Theory / Synchronization / Complex System / Mathematical Sciences / Scale-Free Networks / Physical sciences / Mathematical Sciences / Scale-Free Networks / Physical sciences

Phase transition in a spatial Lotka-Volterra model

Engineering / Monte Carlo Simulation / Molecular Evolution / Nonlinear dynamics / Pattern Formation / Statistical Physics / Critical phenomena / Mutation / Random Walk / Mathematical Sciences / Bacterial Toxins / Lotka Volterra / Physical sciences / Phase transition / Self Organization / Symmetry Breaking / Degeneration / Levy Flight / Potts Model / Population dynamic / Mutation Rate / Monte Carlo Method / Computational Method / Statistical Physics / Critical phenomena / Mutation / Random Walk / Mathematical Sciences / Bacterial Toxins / Lotka Volterra / Physical sciences / Phase transition / Self Organization / Symmetry Breaking / Degeneration / Levy Flight / Potts Model / Population dynamic / Mutation Rate / Monte Carlo Method / Computational Method

Phase transition in a spatial Lotka-Volterra model

Engineering / Monte Carlo Simulation / Molecular Evolution / Nonlinear dynamics / Pattern Formation / Statistical Physics / Critical phenomena / Mutation / Random Walk / Mathematical Sciences / Bacterial Toxins / Lotka Volterra / Physical sciences / Phase transition / Self Organization / Symmetry Breaking / Degeneration / Levy Flight / Potts Model / Population dynamic / Mutation Rate / Monte Carlo Method / Computational Method / Statistical Physics / Critical phenomena / Mutation / Random Walk / Mathematical Sciences / Bacterial Toxins / Lotka Volterra / Physical sciences / Phase transition / Self Organization / Symmetry Breaking / Degeneration / Levy Flight / Potts Model / Population dynamic / Mutation Rate / Monte Carlo Method / Computational Method

Adaptive Replica Placement in Hierarchical Data Grids

Engineering / Physics / Physical sciences / Data Access / Large Scale / Fault Tolerant / Data Grid / Fault Tolerant / Data Grid

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