This merely demonstrates television's success as a monopolist of public discourse; its main "reflection" is of itself.
The main reflection peak of the XRD pattern at 2θ = 43° can be attributed to (200) plane.
The main reflection peaks of the RIGO-4, RIGO-8, and RIGO-12 appear at 11.3°, 9.5°, and 7.2°, with corresponding interplanar distances of 0.79, 0.94, and 1.24 nm (Table 1), respectively.
For the SnS2@CoS2 rGO composite, the main reflections are well ascribed to the characteristic peaks of SnS2 and CoS2.
(A) the amplitude of the main reflection channel (boldsymbol h_{1}^{ k)}) is usually much larger than that of the interfering channel g n,1 because the antenna reception gain G r in (boldsymbol h_{1}^{ k)}) is likely to be much higher than that in g n,1: we will elaborate the first reason later in Section 4.1.3.
e Estimate |y av |2 of the squared amplitude (left |boldsymbol h_{1}^{ k)}right |^{2}) of the main reflection channel.
For convenience, we define a new symbol |y av |2 of which ith (i=1,2,⋯,L T ) element is (frac {1}{K}sum limits _{k=1}^{K} left |y^{ k)}[!i]right |^{2}): this can be regarded as an estimate of the squared amplitude (left | boldsymbol h_{1}^{ k)}right |^{2}) of the main reflection channel.
After 8, 16, and 24 hours, the crystallinity of the samples returned, but the main reflection in the PXRD showed a change to smaller scattering angles (2 θ≈7.7°).
The intensity of diffuse scattering, arising due to static displacements of atoms, increases when approaching to the main reflection.
Prior to the main transformation, weak reflections of a metastable TiAl3 phase were detected.
