Sentence examples for profile width from inspiring English sources

The air-jet pressure profile width evolves as jet theory predicts and is largely independent of supply pressure (and therefore jet exit velocity).

The profile width has a weak dependence on input power, is independent of density up to the onset of detachment, and is inversely proportional to the plasma current.

New scalings of the dependence of divertor heat flux peak and profile width, important parameters for the design of future large tokamaks, have been obtained from recent DIII-D experiments.

From the histomorphometric measurements, damage zone span was significantly different after 5, 10, 15 and 20 cycles compared with 1 cycle while indent profile width and indent profile depth were significantly different at 10, 15 and 20 cycles (p < 0.05).

The macroyielding can be identified from the merging of the initially present two-peak MBE profile into a single central peak with relatively higher peak height and narrow profile width.

The distance dependence of profile width for E2 mode was shown in Fig. 4b.

The vessel diameter is calculated from the intensity profiles using two different methods to estimate profile widths.

The peak heat flux was observed to increase with heating power, and the highest heat fluxes had narrow profile widths.

Besides, a common formula was used to describe the relation between the correlation lengths and the broadening profile widths as the following equation: Γ = Γ 0 + B(a/L) r, where Γ 0 is the width for bulk, a is the lattice constant, L is the obtained correlation length, and B and γ are adjustable parameters.

The effects of the variation of the main process parameters, i.e., travel speed, beam focus position, gas flow rate and nozzle standoff distance on the bead profiles (width, penetration depth, melted area), were investigated.

Eleven vertical profile sections (width: 1.10 m, depth: 0.80 m) were excavated in steps of 0.05 m and sampled.