By changing the length, strength and number of pulses, the researchers found they could vary the resulting color.
Apart from economic considerations, the usefulness of a fibre for commercial purposes is determined by such properties as length, strength, pliability, elasticity, abrasion resistance, absorbency, and various surface properties.
These conditions depend on the length, strength, and number of the paths from the component where the input is applied to the component where the measurements are made.
Some Westchester legislators have argued that the airport's growth and its capacity for expansion rests less with the size of the terminal than with other factors, principally the length, strength and number of runways and with the number of "gates," or airplane parking areas, now fixed at four.
Some legislators have argued that the airport's growth and its capacity for expansion rests less with the size of the terminal than with other factors, principally the length, strength and number of runways and with the number of "gates," or airline parking areas, now fixed at four.
This design method also considers the influence of a series of design parameters, including the gap between the core and external members, pinned connector length, extended core length, length, strength, stiffness and imperfection of the external restraining members, bolt dimensions and layout, etc.
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Consistent insight into the size-enhanced E4f-level shift and the size-suppressed melting point of Au nanosolids has been obtained based on the bond order-length-strength (BOLS) correlation mechanism [Sun et al., Acta Mater. 51 (2003 4631]].
Combining the bond-order-length-strength corrected tight-binding (BOLS-TB) theory and the density functional theory (DFT) calculation, we clarified the energetic origin of the width-dependent band gap (Eg) expansion of the zigzag and armchair-edged antimonene nanoribbons (SbNRs) terminated by atomic hydrogen.
A bond-order-length-strength (BOLS) correlation mechanism has been initiated and intensively verified, which has enabled the tunability of a variety of properties of a nanosolid to be universally reconciled to the effect of bond order deficiency of atoms at sites surrounding defects or near the surface edges of the nanosolid.
Different ways have been adopted to theoretically explore the mechanism of bandgap openings (BOs) in graphene nanostructures with regard to the edge or interface effect, involving the quantum confinement model, the bond-order-length-strength model, the lattice model, and the bandgap thermodynamic approach.
