Simultaneously, in the central part of active zone, the same FeL 3 line and its six components still remained broader (with a width by half-intensity of the FeL 3 line from 5.0 to 6.1 eV) and the similar peak-to-peak distance was 2.5 eV (Fig. 14b, dotted line 2).
For extra-cardiac intensities that are half (or less than half) the intensity of the myocardium, no reacquisition is necessary.
In this case the spot on the receiving plate will therefore be split into two, each of them having the same size but half the intensity of the original spot" (Stern 1921, p. 252, JM) This difference in prediction between the Larmor and Sommerfeld theories was what Stern and Gerlach planned to use to distinguish between the two theories.
We observed that probes with two or three mismatches to the hybridized strain had at least half the intensity of the related PM probes, provided there was at least one PM region with length≥29 nt.
The orientation of samples was also characterized by measuring the full width at the half intensity maximum of small angle X-ray scattering intensity circle profiles and showed good correlation with modulus measurements.
The crystallite size measurements of anatase TiO2 were quantitatively calculated using Scherrer's equation (d = kλ/β cos θ) where d is the crystallite size, k is a constant (=0.9 assuming that the particles are spherical), β is the full width at half maximum (FWHM) intensity of the (101) peak in radians, and θ is Bragg's diffraction angle [26].
Moreover, half of the intensity of the 32 kDa MMP-11 fragment was obtained by about 1.2 microM MMP-14 (Fig. 3B).
The fractional contribution (f1) of short decay time (τ1) to the steady-state intensity is weaker for regions of higher intensity; it is about half the fractional intensity of the ICT state (f2) for regions of higher membrane potential.
The crystallite size of TiO2was calculated using Debye Scherrer equation,L = k λ/ βcosθ), whereL is the average crystallite size, λ is the wavelength of the radiation, θ is the Bragg's angle of diffraction, β is the full width at half maximum intensity of the peak andk is a constant usually applied as ~0.89.
The average crystallite size (D) of nanocrystalline SnO2 thin films was calculated using the (110) major and first diffraction peak by Debye-Sherrer formula [7]: D = frac{0.9lambda }{beta cos theta } (3)where λ = 0.1540 nm, β is the full width at half maximum intensity of the distinctive peak, and θ is the Bragg's angle.
In contrast, the full-width at half maximum intensity of the filament, show in Fig. 6, is 140 ± 32 nm, much larger than our localization precision, clearly indicating the presence of filaments comprised of supramolecular bundles of proteins in these organisms.
