An efficient algorithm to compute Bloch parameters (propagation constants) as a function of the excitation frequency is suggested and the location of band gaps is studied as a function of non-dimensional parameters of the structure's composition.
A generalized algorithm is used to compute Bloch parameters for a periodic structure with heavy fluid loading as a function of the excitation frequency and, similarly to the previous case, the location of band gaps is studied.
The combustion characteristics (burning rates, temperature profiles) and kinetic parameters (order of reaction, activation energy, pre-exponential factor of rate constants) for the thermal decomposition of GAP together with the composition of the products of both the combustion and decomposition of uncrosslinked GAP (with a molecular weight of 350 or 2000) and cured GAP were studied.
Different configurations, with increasing separation gap, are studied and compared with experimental data.
The deposition inside the gap was studied to identify the contributions of ions and charge exchange neutrals.
In Figure1, users' SNR effect on the capacity gap is studied while the effect of the relay SNR and K are presented in Figures2 and3, respectively.
A novel filtered cathodic vacuum arc source of carbon plasma, in which plasma ions are reflected from a Hall stratum formed in the inter-electrode gap, was studied.
Force interaction of single field cooled HTS disks with NdFeB magnets depending on disk thickness under 1 mm magnet air gap was studied.
Effect of operating and design parameters namely, carrier gas flow rate, pulse repetition frequency, plate electrode diameter, pin number and gap distance were studied on the conversion and selectivity of products.
The effects of CPA on electrical activity, Ca2+ signalling and force recorded simultaneously from Fluo-4 loaded uterine strips using confocal imaging combined with double sucrose gap method, were studied (n = 4).
