The FTIR spectra were recorded using a PerkinElmer 580B IR spectrometer (Waltham, MA, USA) using the KBr pellet technique in the range of 4,000 to 400 cm-1.
The SiO x films and (SiO x /SiO y ) junctions are obtained by hot filament chemical vapor deposition technique in the range of temperatures from 900°C to 1,150°C.
The present research investigates the possibility of the nondestructive classification and quality inspection of eggs using dielectric detection technique in the range of radio frequency.
To investigate the bio-template effect on the synthesis of ZnO nanoparticles prepared by hydrothermal method, FTIR spectra were measured at room temperature using the KBr pellet technique in the range of 4000 400 cm−1.
SiO x films and (SiO x /SiO y ) junctions were obtained by HFCVD technique in the range of temperatures from 900°C to 1,150°C and deposited on quartz and n-type silicon (100) substrates with 1 to 10 Ω cm resistivity, using quartz and porous silicon as the reactive sources.
The ˜DLi values obtained by GITT, and EIS techniques were in the range of 10 14 10 18 cm2 s–10 14 10 18–18 cm2 s–1, respectively.
The tan δ values reported for these techniques were in the range of 0.5 0.2 for PLD, whereas no values were found for sputtered films.
The slow relaxation time of SDS micelles, as measured by pressure-jump and temperature-jump techniques was in the range of 10−4 101 s depending on the surfactant concentration.
When performing retrospectively ECG-gated, 64-slice coronary CTA, radiation dose values of up to 21 mSv have been reported, while average effective doses of this technique are in the range of 15 mSv [21, 22, 23].
It can be seen here that the amount of power consumption reduction obtained by the proposed fairness-based with adjustment technique is in the range of 5.06% to 10.48%, averaging into 8.18% improvement against the MaximumFairness algorithm.
