Five regression based models namely (i) Disaggregation of Radiometric Temperature (DisTrad), (ii) Temperature Sharpening (TsHARP), (iii) TsHARP with local variant, (iv) Least median square regression downscaling (LMSDS) and (v) Pace regression downscaling (PRDS) are applied to downscale LST of Landsat Thematic Mapper (TM) and Terra MODIS (Moderate Resolution Imaging Spectroradiometer) images.
As the aging period increased the stepwise change in the real part shifted to the higher temperature and sharpened.
Lensa also lets you tweak visual parameters across the entire photo, as per a standard photo-editing app, via an 'adjust' menu — which (at launch) offers sliders for: Exposure, contrast, saturation, plus fade, sharpen; temperature, tint; highlights, shadows.
Lowering the temperature leads to sharpening and resolution of the signals.
Higher value of Peh,e decreases the DPF front heat-up time and sharpens the temperature front.
The surface plasmon resonance (SPR) peak slowly sharpens with temperature and becomes stable between 65 and 75 °C.
Note that low temperature annealing with longer time sharpens the Tc transition and reduces the inhomogeneities.
In high-temperature annealing experiments without applied external stress, diffraction peak width sharpens with increasing temperature, reflecting the relaxation of residual strain and, in the case of nanocrystalline materials, demonstrating both the surface strain release and grain growth.
The mentioned bands sharpen at lower temperatures and shift to shorter wavelengths, which will likely result in a steepening of the spectrum in the range of their long-wavelength wings.
When the temperature was increased, the XRD peaks sharpened and a small angle shift was observed between 30o and 55o.
