G.J. Zarragoicoechea

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• Hyperuniformity on spherical surfaces
• A magnetosome chain viewed as a bio-elastic magnet
• Self-organization of plants in a dryland ecosystem: Symmetry breaking and critical cluster size
• Critical behaviour of the Ising ferromagnet confined in quasi-cylindrical pores: A Monte Carlo study
• Monte Carlo simulation of Hamaker nanospheres coated with dipolar particles
• Vegetation patterns in limited resource ecosystems: A statistical mechanics model and Monte Carlo simulations
• A similarity law in botanic. the case of hydraulic conductivity of trees
• Monte Carlo simulation of a binary mixture on the surface of a sphere: Lateral phase transition and pattern formation
• Multilayer approximation for a confined fluid in a slit pore
• Pattern formation by interacting particles on the surface of a sphere
• Geometrical and physicochemical considerations of the pit membrane in relation to air seeding: The pit membrane as a capillary valve
• Cluster pair correlation function of simple fluids: Energetic connectivity criteria
• Distribution of interstitial atoms in FCC Fe-N alloys: A Mössbauer, thermodynamic and Monte Carlo approach
• Drop in a metastable vapor: Laplace equation, surface tension, and minimum drop size
• Thermodynamic equations for a confined fluid at nanometric scale
• An empirical equation for the enthalpy of vaporization of quantum liquids
• Critical shift of a confined fluid in a nanopore
• Distribution of N atoms in the fcc Fe-N interstitial solid solution
• Universal behavior of the enthalpy of vaporization: An empirical equation
• Evaporation a liquid from a cylindrical surface
• Distribution of interstitials in fcc iron-carbon austenite: Monte Carlo simulations versus Mössbauer analysis
• Distribution of interstitials in fcc iron-carbon austenite: Monte Carlo simulations versus Mössbauer analysis
• Van der Waals equation of state for a fluid in a nanopore
• Monte Carlo Simulations of Mössbauer Results in Fe–C Austenite
• A model phospholipid monolayer: A computer simulation study
• Phase equilibria of the two-dimensional Lennard-Jones fluid: Reference systems and perturbation theories
• On the gas-gas equilibria of second kind of nonpolar fluid binary mixtures from a hard-sphere EXP-6 molecular model
• Monte carlo simulations of polar discotic molecules
• Singlet orientational distribution function and dielectric permittivity of dipolar spherocylinders in the nematic phase
• Azeotropic states in the CO2-C2H6 mixture from the hard sphere Lennard-Jones quadrupolar molecular model
• On the gas-liquid critical curves of different size hard-spheres binary mixtures interacting via the Lennard-Jones potential
• Phase equilibria in quadrupolar fluid binary mixtures
• Quadrupolar binary fluid mixtures critical lines from a hard-sphere Lennard-Jones quadrupolar molecular model
• Theory of surface tension and its application to simple fluids