The value of adsorption intensity indicates the type of isotherm.
The high peak intensity indicates that the NiO nanosheets are of high crystallinity.
Color intensity indicates the fold-change values as designated by the colored bar.
Thus, the change in fluorescence intensity indicates the changes in the microenvironment around the chromophore molecule.
The low background intensity indicates that the surface is smooth with a great long-range order.
The colour intensity indicates the magnitude of the effect on the drag F x.
The growth of peak intensity indicates the increase of Al concentration in the films.
A Lomb periodogram analysis of the intensity indicates the presence of annual, semi-annual, and quasi-biennial oscillations.
Color intensity indicates the magnitude of the power difference (red for increased power, blue for decreased power) in each channel.
This reduction of fluorescence intensity indicates the degradation of DOM and can be expressed well by second-order model kinetics.
The presence of strong luminescent intensity indicates the good crystalline nature of Na0.5La0.5MoO4 Eu3+ rugby-ball-shaped microstructures.
