Mathematical Sciences

Nitrogen diffusion in Sm2Fe17 and local elastic and magnetic properties

Engineering / Applied Physics / Mathematical Sciences / Physical sciences

Parameters of self diffusion from non-empirical pair potential

Mathematical Sciences / Physical sciences / Electronic Structure

cisExpress: motif detection in DNA sequences

Bioinformatics / Algorithms / Genomics / Biological Sciences / DNA / Software / Mathematical Sciences / Arabidopsis / Software / Mathematical Sciences / Arabidopsis

Phase separation phenomena in Sn-Sb-Se glassy semiconductors

Mathematical Sciences / Physical sciences / Glass forming ability / Glass Transition / X ray diffraction / Thermal Stability / Phase Separation / Chalcogenide Glass / Solid Solution / Differential Scanning Calorimetric / Thermal Stability / Phase Separation / Chalcogenide Glass / Solid Solution / Differential Scanning Calorimetric

Piecewise multivariate modelling of sequential metabolic profiling data

Metabolism / Computational Biology / Time Series / Kinetics / Principal Component Analysis / Systems Biology / Multivariate Analysis / Biological Sciences / Computer Simulation / Mathematical Sciences / Multivariate Time Series / Animals / BMC Bioinformatics / Time Series Data / Biological systems / Rats / Time Factors / Dynamic Response / Reference Values / Time Course / Predictive value of tests / Mercuric Chloride / Systems Biology / Multivariate Analysis / Biological Sciences / Computer Simulation / Mathematical Sciences / Multivariate Time Series / Animals / BMC Bioinformatics / Time Series Data / Biological systems / Rats / Time Factors / Dynamic Response / Reference Values / Time Course / Predictive value of tests / Mercuric Chloride

AdvISER-PYRO: Amplicon Identification using SparsE Representation of PYROsequencing signal

Bioinformatics / Algorithms / Biological Sciences / Software / Mathematical Sciences / Mycobacterium

Biological Networks: Comparison, Conservation, and Evolution via Relative Description Length

Computational Biology / Molecular Evolution / Proteomics / Signal Transduction / Biological Sciences / Phylogeny / Mathematical Sciences / Network evolution / Biological Networks / Cluster Analysis / Proteins / Biological Network / Compression / Phylogenetic Tree / Computational Molecular Biology / Phylogeny / Mathematical Sciences / Network evolution / Biological Networks / Cluster Analysis / Proteins / Biological Network / Compression / Phylogenetic Tree / Computational Molecular 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

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

Optimal portfolio selection via conditional convex risk measures on L p

Mathematical Sciences / Value at Risk / Portfolio Selection

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

A Model for Estimating Total Parasite Load in Falciparum Malaria Patients

Theoretical biology / Biological Sciences / Humans / Mathematical Sciences / Animals / Population Density / Life Cycle / Mathematical Model / Theoretical / Plasmodium falciparum / Erythrocytes / Age Structure / Population dynamic / Population Density / Life Cycle / Mathematical Model / Theoretical / Plasmodium falciparum / Erythrocytes / Age Structure / Population dynamic

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

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