Computer-aided diagnosis (CAD) systems have been used for characterization of several dermatologic diseases in the last few years.
Satellite remote sensing data have been used for characterization of the landscape and stratification for ground inventory.
Elemental analysis, various spectroscopic (IR, UV Vis, 1H NMR) measurements and electrochemical studies have been used for characterization of these complexes.
Various methods have been used for characterization of these catalysts, including XPS, DRIFT spectroscopy, inductively coupled plasma optical emission spectroscopy (ICP-OES), XRD, thermogravimetry combined with mass spectroscopy (pulse thermal analysis), and nitrogen adsorption.
The EWF method has been used for characterization of the fracture parameters of all the samples, while it seems that some of the samples did not satisfy the main prerequisites of the EWF approach.
High-resolution X-ray images have been used for characterization of relative permeability changes due to gel injection, capillary pressure calculation, and quantification of porosity changes during mineral dissolution, pore-scale contact angle measurement, mapping of pore-scale fluid distribution during drainage, and investigation of trapped non-wetting phase distribution in the pore space.
