Hence, microstructural design searching for higher damage tolerance (i.e. deformation prevailing over fracture as damage mode) is concluded to be an optimal approach for the development of hardmetals with improved reliability.
The interaction as a sum of intercalation and groove binding modes was concluded.
Regarding the trigeneration mode, it is concluded that cooling is only worth in locations with high summer severity and in full load operation mode, being the optimal size of the plant smaller in trigeneration mode than in cogeneration.
Furthermore, since the undoped optically pumped laser sample correctly emits on the third-order mode, it is concluded that the cladding layers of the structure still need to be optimized in doping and thickness, in order to reduce the internal losses for the third-order mode.
According to the fluctuation of integrated intensity of Cd 3d5/2 X-ray photoelectron spectroscopy (XPS), and redshift for x ⩽ 4% and then blueshift for x > 4% of the broadening A1 LO)/E1(LO) Raman mode, it was concluded that CdO impurity might also exist in the sample of x = 6% at least.
Regarding allocation modes, it is concluded that we should apply free allocation to allocate emission permits.
Nevertheless, general understanding on unipolar and bipolar modes can be concluded upon the factors that trigger the reset process.
Comparing different possible adsorption modes, it is concluded that the most likely mechanism for CA adsorption on the Zn ZnO(0 0 0 1) surface is dissociative bridging adsorption with the carboxylate group attached to two Zn atoms and the proton transferred to the neighbouring Zn atom, forming a Zn–H bond.
By performing end-coupling measurements and using the beam propagation method (BPM) for the analysis of the observed modes, it can be concluded that the modes can be confined inside the waveguide.
In the case of afterslip following the foreshock, since the coseismic and postseismic deformation can be expressed by using the same mode, it may be concluded that the afterslip occurred at approximately the same position as the foreshock.
