Experimental results show that in the range of Vf, the structure of the reinforcement has significant effects on the compression properties of MBWK fabric reinforced composites.
In the whole range of velocities, the structure is essentially a regular lamellar eutectic and the value of the growth productλ2V was found to be ≈ 9.6·10−17 m3·s−1.
Moreover, the optimal operating region of the system and the optimal range of the internal structure parameter of thermoelectric devices are determined.
It is demonstrated that more efficient convergence of the identification process is attained closer to the bending-to-shear transition range of the layered structure.
The thermal behaviour of the 5th re-heat indicates the presence of an intermediate phase and we assume that the two endothermic peaks define the temperature range of the intermediate structure.
There is only a slight difference between the IQE and EQE for the two SiNW-based solar cells due to the low reflectance in the whole wavelength range of the SiNW structure.
The collisional deformation recorded in the Pontides was transmitted at large distances that are in the range of the contraction structures observed in the centre and northern part of the Western Black Sea.
All this involves close range illumination of the structures with a strong beam of light.
Analogously, on the (101) crystal plane, the range of bct5-Ge structurextendingng along the ( overline{1}01 ) direction is much larger than the range of amorphous germanium extending along the 010 direction in nanoindentation.
The use of multiple-point statistics predicts long-range connectivity of the structures (measured by local percolation probability) better than standard two-point statistics methods.
