Mathematical Sciences

Electromagnetic solitary structures in dense electron–positron–ion magnetoplasmas

Magnetohydrodynamics / Low Frequency / Magnetic field / Integer quantum hall effect / Mathematical Sciences / Physical sciences / Solitary Wave / Physical sciences / Solitary Wave

Inelastic energy-loss estimate for the Biersack-Ziegler interatomic potential

Mathematical Sciences / Physical sciences

Two-dimensional frequency analysis for unconstrained model predictive control of cross-directional processes

Engineering / Control Engineering / Model Predictive Control / Robust control / Performance Analysis / Mathematical Sciences / Automatica / Stability Analysis / Spatial Frequency / Transfer Function / Model Uncertainty / Large Scale / Frequency Analysis / Frequency Domain / Mathematical Sciences / Automatica / Stability Analysis / Spatial Frequency / Transfer Function / Model Uncertainty / Large Scale / Frequency Analysis / Frequency Domain

Generalized hydrodynamic transport in lattice-gas automata

Transport Properties / Mathematical Sciences / Physical sciences / Boundary Conditions / CHEMICAL SCIENCES / Boundary Condition / Boundary Effect / Boltzmann distribution / Boundary Condition / Boundary Effect / Boltzmann distribution

WATERWAVES: wave particles dynamics on a complex triatomic potential

Applied Mathematics / Physics / Quantum Physics / Mathematical Sciences / Physical sciences / asymptotic Analysis / Expectation values / asymptotic Analysis / Expectation values

Resolved photon processes

Mathematical Sciences / Physical sciences / Cross Section / Pramana / Structure Function / High energy

Resolved photon processes

Mathematical Sciences / Physical sciences / Cross Section / Pramana / Structure Function / High energy

Resolved photon processes

Mathematical Sciences / Physical sciences / Cross Section / Pramana / Structure Function / High energy

Resolved photon processes

Mathematical Sciences / Physical sciences / Cross Section / Pramana / Structure Function / High energy

A fully Bayesian model to cluster gene-expression profiles

Bioinformatics / Algorithms / Artificial Intelligence / Gene expression / Biological Sciences / Computer Simulation / Mathematical Sciences / Markov Chain Monte Carlo / Cluster Analysis / Chip / Bayesian model / Missing Values / K Means / K means algorithm / Bayes Theorem / Speed of Convergence / Time Course / Gene expression profiling / Computer Simulation / Mathematical Sciences / Markov Chain Monte Carlo / Cluster Analysis / Chip / Bayesian model / Missing Values / K Means / K means algorithm / Bayes Theorem / Speed of Convergence / Time Course / Gene expression profiling

A fully Bayesian model to cluster gene-expression profiles

Bioinformatics / Algorithms / Artificial Intelligence / Gene expression / Biological Sciences / Computer Simulation / Mathematical Sciences / Markov Chain Monte Carlo / Cluster Analysis / Chip / Bayesian model / Missing Values / K Means / K means algorithm / Bayes Theorem / Speed of Convergence / Time Course / Gene expression profiling / Computer Simulation / Mathematical Sciences / Markov Chain Monte Carlo / Cluster Analysis / Chip / Bayesian model / Missing Values / K Means / K means algorithm / Bayes Theorem / Speed of Convergence / Time Course / Gene expression profiling

Nonlinear Seebeck effect in a model granular superconductor

Mathematical Sciences / Physical sciences / Superconductors / Grain size / Thermal Gradient

Stable diode lasers for hydrogen precision spectroscopy

Masers / Mathematical Sciences / Physical sciences / Diode Laser / Fabry Perot / Thermal Expansion / Thermal Noise / Resonant Frequency / Thermal Expansion / Thermal Noise / Resonant Frequency

Stable diode lasers for hydrogen precision spectroscopy

Masers / Mathematical Sciences / Physical sciences / Diode Laser / Fabry Perot / Thermal Expansion / Thermal Noise / Resonant Frequency / Thermal Expansion / Thermal Noise / Resonant Frequency

Stable diode lasers for hydrogen precision spectroscopy

Masers / Mathematical Sciences / Physical sciences / Diode Laser / Fabry Perot / Thermal Expansion / Thermal Noise / Resonant Frequency / Thermal Expansion / Thermal Noise / Resonant Frequency

Interfacial Adsorption in Two-Dimensional Potts Models

Monte Carlo Simulation / Statistical Physics / Mathematical Sciences / Physical sciences / First-Order Logic / First Order Logic / Low Temperature / Potts Model / Critical Temperature / First Order Logic / Low Temperature / Potts Model / Critical Temperature

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