On the basis of the rheological relationships obtained, taking into consideration the structural anisotropy and large void imperfections, the kinetics of porosity and imperfection parameters' evolution are analysed.
Available clinico-pathological data (oestrogen receptor [ER] status, HER2 status, nodal status [N], Scarff-Bloom-Richardson [SBR] histological grade, tumour size and evolution data) were analysed in parallel.
The activities of four different samples of dimensionally stable anodes (DSA) for the Cl2 evolution reaction (CER) were analysed and compared with respect to their geometric properties.
The antibiotic therapy used as well as the clinical and biological evolution of ISI were analysed.
Based on the performance obtained in studies and projects worldwide, the climatic characteristics, biocenosis, sediment transport, settlements and liquefaction and the evolution of the coastline, were analysed.
Considering the fact that no consensus has been reached about the dominance of intron gain or loss during eukaryotic evolution, our 1/0-data were analysed using Wagner Parsimony [ 64].
The phase transformation and microstructural evolution along the compositional gradient were analysed by considering the thermodynamic conditions as well as using microstructure selection models based on the maximum interface temperature criterion.
ESAG protein-coding sequences were analysed for adaptive evolution by estimating the relative rates of non-synonymous and synonymous substitutions within each ESAG family.
Daily wind speed evolution has been analysed and a sharp contrast between day and night has been obtained.
