Sentence examples for split peak from inspiring English sources
2-D tilt angle can be determined by monitoring the wavelength separations of the split peak in two FBGs, which is inherently insensitive to temperature.
On gold (100) the Fourier transforms of the CuK edge EXAFS oscillations exhibited a non-resolved split peak in the 1 2.5 Å range and a second well-defined peak around 3.5 Å, while on gold (111) there were two well-defined peaks located around 1.5 and 2.5 Å, respectively.
Upon studying different organic solvents; it was found that acetonitrile and n-propanol showed overlapping between solvent peak and PPA giving split peak.
The physical water content was determined by dividing the area of the split peak centered at 100 °С into the total area of peaks obtained by Gauss multipeak fitting of DTG curve.
Two very broad signals centered at approximately 2000 and 5300 ppm are identified, along with an extra split peak centered at about 0 ppm.
The shift in wavenumber and increased magnitude of the split peak suggest that a larger amount of carbonyl groups are hydrogen bound in C18C4.
Split peaks were observed when 75% of one of the flow channels was obstructed, in line with the CFD predictions.
It is also found that the gap plasmon resonance exhibit split peaks when the symmetry is broken, which can be well explained from the view of charge oscillation.
The wavelength and intensities of the split peaks depend on the number of layers, and the experimental results were well reproduced by the calculation of the Transfer-Matrix method by employing the effective medium approximation.
The asymmetry factor Ω = (dmax dmin)/dmin can be calculated from the resonance frequencies of the split peaks as Ω = (ff – fs)/ff, where ff and fs represent the fast and slow resonance frequencies, respectively.
However, it is clear from the 2D strip and the 1D trace that this peak is composed of two sets of split peaks, one with higher intensity at low field, and the other with lower intensity at high field (see Fig. 3b, right panel, inset).
