The prepared sample clearly indicates the presence of two amorphous and crystalline phase indices: face-centred cubic (fcc) phase copper (Cu) and cubic phase cuprous oxides (Cu2O) at low temperatures (RT 200°CC), Fig. 2a(iii).
Substantial broadening of the diffraction maxima observed at the XRD pattern of La0.5Sm0.5FeO3@1073 sample clearly indicates the nanoscale particle size of the as-obtained product.
The genetic disequilibrium observed in the sizable random sample clearly indicates that the SD 12 locus was associated with a genetic differentiation in fertilization capability and male gametes with the dormancy-enhancing allele SD 12 tended to be less competitive in fertilization.
EDS and XPS spectra of the used samples clearly indicate the presence of iodine on the sorbent.
XRD patterns of the samples clearly indicate that the phase of the active material remains unchanged during the whole charge/discharge process.
Functionalisation of the tube wall has also been noted to have an effect on these two parameters [34, 35], and the changes observed with the modified MWCNT samples clearly indicate that the silica has successfully functionalised the nanotubes.
High correlation coefficient (R2 = 0.95), even for model-formulation exclusive samples, clearly indicates the universal validity of the proposed model.
X chromosome hypermutation was observed in all medulloblastoma samples of female patients in which the inactive X chromosome was present, and haplotyping of four individual samples clearly indicates that X hypermutation is confined to the inactive X chromosome.
Unsupervised clustering of all microRNA expression data separated very well the carcinoma specimens from the pools of control samples, clearly indicating cancer-specific alterations of microRNA expression in male breast cancer.
