Compounds that caused PBP2 to adopt a similar conformation than in the presence of pheromone also caused peak widening.
The annealing at a lower temperature below 650 °C makes the hardness peak widen and shift into the substrate.
By increasing the boron content of the as-deposited coatings; (i) XRD peaks widen and lose their intensities, (ii) preferred orientation changes from (200) to (111), (iii) grain size of crystalline phase reduces from 13 nm for pure Ni to 2.3 nm for Ni-4.2 wt% B coating, and (iv) spherical surface morphology becomes finer.
Herein careful analysis of in situ neutron diffraction patterns obtained, while cyclically loading highly textured polycrystalline Ti2AlC, a MAX phase, samples, provides compelling experimental evidence – in the form of fully reversible peak lattice elastic strain loops and peak widening and narrowing upon load cycling – for the existence of fully reversible dislocation motion.
Succinylated or acetylated MPEG-gPLL1 (i.e., with all free amino groups of MPEG-gPLL1 covalently blocked) did not support the formation of spherical AuNPs and resulted mainly in the formation of 2 1 aspect nanorods (Table 1) with plasmon peak widening and shifting to 575 nm.
The reflectance features caused by interference generally move to shorter wavelengths with increasing angle of incidence, and the materials related peak is widened for (s-polarized light) and excitation of the longitudinal modes was observed for p-polarized light.
The sudden positive effects of the EIA, in terms of increasing the peak and widening the width, during storm events of 06 April 2011, 09 March 2012 and 01 October 2012 were observed dominantly due to prompt penetration electric fields to the magnetic equator, which were caused by a southward turning of the interplanetary magnetic field (Bz).
The PL peak is widened by the size dispersion in a sample, with smaller than average CQDs contributing to the short wavelength side of the peak and larger CQDs to the long wavelength side.
Similarly, we note that the edge of Mn2+/TiO2 titanium is known to be sharper than that of clean TiO2, because the L-edge peak is widened when the octahedral symmetry is bent toward tetragonal symmetry, as in rutile TiO2, but narrows for a trigonally distorted octahedral structure (FeTiO3) [ 23].
This cause the XRD peaks to widen becoming less intense.
