Sentence examples for corresponding to the range of from inspiring English sources

The experiments reported herein involve gelatin concentrations and temperatures which result in gel times in the range ca. 102 104 s, corresponding to the range of fast and slow gelation conditions reported elsewhere.

The equilibrium concentrations of TCE in water corresponding to the range of post-treatment concentrations in soil (6.11 mg/kg to 136 mg/kg) are calculated to range from 19.8 mg/l to 440 mg/l.

Simulations are performed for a variety of island sizes, corresponding to the range of sizes of the islands of the Maldives, and for the various climatic regions of the Maldives.

Tests were carried out for the following range of rotational speeds and axial throughflow rates: 540 < NR < 10,800 rev/min and 0.124<˙m<0.85kg/s (corresponding to the range of rotational and axial Reynolds numbers 4 × 105 < Reϕ < 7.7 × 106 and 3.3 × 104 < Rez < 2.2 × 105).

Inset is an enlarged view corresponding to the range of theta from 0° to 10°.

The NK × 1 sample for the received clutter echo corresponding to the range of interest under range ambiguity situation is denoted by X, which is given by X = ∑ l = 1 L ∑ i = 1 N c a li S li (17).

Probabilistic sensitivity analysis (second-order Monte Carlo simulation; PSA) was based on distributions corresponding to the ranges of variation used in the univariate sensitivity analyses assessing the impact of parameter uncertainty (Table  2 ).

For gastrointestinal syndrome group, the number of false positives varied from 13.23 to 72.26 when sensitivity ranged from 75% (corresponding to a detection threshold set at an individual probability of 0.0115) to 100% (corresponding to a detection threshold set at an individual probability of 0.0013), corresponding to the range in the number of true positives from 0.60 to 0.80.

For cutaneous syndrome group, the number of false positives varied from 2.08 to 71.81 when sensitivity ranged from 75% (corresponding to a detection threshold set at an individual probability of 0.0568) to 100% (corre-sponding to a detection threshold set at an individual probability of 0.0014), corresponding to the range in the number of true positives from 1.25 to 1.65.

In the Fourier-transform method, the frequency of the oscillator is swept through the range corresponding to the mass range of interest.

The periodical GeSiSn/Si structures demonstrated the photoluminescence in the range of 0.6 0.85 eV corresponding to the wavelength range of 1.45 2 μm.