Several methods have been proposed but only few of them include a complete automated approach for the effective defect characterization.
While there has been many research efforts on discovering more predictive software metrics and more effective defect prediction algorithms, the cost-effectiveness of the QA resource allocation approaches has always been evaluated by counting the number of defects per selected artifact.
Using the concept of Griffith theory, an effective circumferential defect at the interface is defined to account for the stress intensity due to the presence of the fiber in the matrix and the fiber-pullout geometry.
The largely unknown properties of MAPbI3 under operating conditions, such as effective defect concentrations as well as light- and temperature-induced effects, will likely play an important role in understanding which of the defect-migration mechanisms here discussed will be most relevant under various practical conditions.
Preliminary results indicate that the MFL technique can achieve effective defect inspection at high speeds with the maximum inspection speed of about 200 km/h being verified under laboratory conditions.
The local effective defect lifetimerelated to recombination due toLID-induced defects is found to vary strongly in the range of τeff,defect = 5 to 75 μs and, furthermore, areas with low effective lifetime could be identified as areas with relatively high dislocation density.
The HAS diffraction spectra reveal that the graphene layer has a three-fold symmetry, with a lattice constant a = (2.48 ± 0.02) Å and shows an effective step-defect scattering reduction when the Ni(111) is covered with a graphene sheet.
The low D it values obtained through this passivation scheme were explained by an effective hydrogenation of defects present at the buried Si/SiO2 interface under the influence of the Al2O3 capping layer [4,8].
The mutation also acted as an effective enhancer of defects in adaxial development in as2 leaves and depressed the efficiency of cell division in shoot and root apices (Figs 1, 2).
The simulations show that at high temperatures the dislocation core becomes an effective source/sink of point defects and the effect of pre-existing defects on the core diffusivity diminishes.
