Ciências da Terra

Separadores primários

Desde a sua criação, o CénitS participou em mais de 200 projetos de I+D+i enquadrados em três grandes áreas: Ciências da Terra, Ciências da Vida e Ciências da Computação e Comunicações, recebendo vários prémios nacionais e internacionais.

Título
Towards high-efficient and stable all-iniorganic perovskites as sun-light absorber materials (2)
Studying the statistical properties of clusters of photonic particles by communication-free parallel Monte Carlo simulations
Simulations of carbon-based electrodes for a new generation of more efficient bateries
Towards high-efficient and stable all-iniorganic perovskites as sun-light absorber materials
Theoretical simulations of novel Magnetic Carbides immersed in a graphene-based matrix
Direct Numerical Simulations of spanwise flexible wings in tandem configuration
First principles simulations of amorphous GeSe compounds for memory selectors
Estudio del efecto de las nubes en la radiación solar
WRF-Chem simulations for aerosol cloud interaction research (REINFORCE)
Estudios computacionales en reacciones multicomponentes
Relationship between thermoelectric features and dimensionality in monochalcogenide compounds
Ab-initio based data mining techniques for studying the emergent phenomena in La1-xSrxMnO3/BaTiO3 heterojunctions
ATLAS production and simulation jobs running on HPC facilities (Phase II)
Reactions of complex organic molecules at the low temperatures of interstellar media
ATLAS production and simulation jobs running on HPC facilities
Applying an ensemble data assimilation technique to generate a high-resolution regional dust analysis
Implementación paralela de modelo matemático de Tsunamis en el Mediterraneo y Atlántico
Estudio de olas de calor en Extremadura: clima actual y futuro
The impact of the 11 year cycle in WACCM simulations
Magnetic connectivity through the Solar Partially Ionized Atmosphere
Distribución de niveles electromagnéticos en determinados entornos geográficos
Aplicación de la supercomputación en el ámbito de los procesos energéticos y las energías renovables mediante elementos finitos
ABAQUS
Evaluación de los recursos eólicos y solares en Andalucía mediante un modelo meteorológico de mesoscala (RENUEVA)
Cálculos AB-Initio
Procesamiento paralelo de imágenes hiperespectrales de la superficie terrestre
Supercomputing and e-science. CONSOLIDER CSD2007-00050-II-PR4/07
Simulación del clima mediante el modelo WACCM
Expedición Shelios 2009