Sentence examples for normal spectral from inspiring English sources

An algorithm of robust estimation of first and second order derivative spectra from evenly spaced noisy normal spectral data is proposed.

The experimental method uses rapid resistive self-heating of wire specimens at rates between ∼102 and ∼104 K/s and simultaneous measurement of radiance temperature and normal spectral emissivity as functions of time until specimen collapse, typically between 0.4 and 0.9 fraction melted.

Fig. 8 Normal spectral Doppler venous flow.

The index is a transformation of the Bhatacharyya distance (Eq. 2) and applies to multivariate normal spectral class models.

The normal spectral Doppler profile of the MCA has a sharp systolic upstroke with a step-wise diastolic deceleration, with a normal mean velocity of the MCA that is usually < 80 cm/s.

The four waveforms constituting the normal spectral Doppler waveform are indicated: the A wave lies below the baseline (retrograde component); the S and D waves peak above the baseline and are caused by anterograde blood flow toward the right heart; and the V wave, a transitional wave, may peak just below or above the baseline.

Since the circulant matrices are normal, the spectral norm of the circulant (C_{1}) is equal to its spectral radius.

In this work, a self-designed emissivity measurement apparatus is developed, and the relationship between the normal infrared spectral band (7.5 13 μm) emissivity of Mo against the temperature and surface roughness of material samples is experimentally investigated under the vacuum condition over the temperature ranging from 100 °C to 500 °C.

Figure 3 shows the normal incidence spectral response at 90 K for different bias voltages.

Normal incidence spectral reponse were also measured by a Nicolet 8700 FTIR, and the responsivity were calibrated by a circular polarization CO2 laser with the wavelength of 10.26 μm. Figure 5a shows the spectra measured at 77 and 190 K at zero bias voltage, the main peak of the photoresponse lies in 10 μm within the atmosphere window of 8 12 μm.

With the opening of the pseudogap around a doping state of p≈0.19 the condensation energy and superfluid density are rapidly suppressed due to reduction in the normal-state spectral weight.