The particle sizes of the soil samples were evaluated using an image-processing and analysis software (ImageJ, US National Institutes of Health, Bethesda, MD, USA).
Clinical samples were evaluated using paired PB and BM samples from 95 carcinoma patients.
The treatments were performed in triplicate, and differences among samples were evaluated using statistical analyses.
Maternal and fetal tissue samples were evaluated using the histologic index score.
These sediment samples were evaluated using a previously established sequential extractions procedure.
Their flexural strength, KIC, and porosity were measured and the fractured samples were evaluated using scanning electronic- and optical microscopy.
The structure, composition, and corrosion resistance of these coated samples were evaluated using SEM, EDS, XRD, and electrochemical methods.
The morphology, crystal structure, elemental composition and light absorption capability of the prepared samples were evaluated using various characterization techniques.
Sensory attributes such as color, texture, taste and mouth feel of fruit samples were evaluated using fuzzy logic.
These and the range distribution of ions in implanted and unimplanted samples were evaluated using TRIM and STOPPO programs [S.
The surface properties of the samples were evaluated using nitrogen sorption, potentiometric titration, thermal analysis, and XPS.
