The phrase "applied to intensity" is correct and usable in written English.
It can be used in contexts where you are discussing how something is relevant or relevantly connected to the concept of intensity, such as in scientific or artistic discussions.
Example: "The principles of physics can be applied to intensity when analyzing sound waves."
Alternatives: "related to intensity" or "pertaining to intensity".
In this piece sounds travel a path inside a boxed environment obtained by Lissajous patterns applied to intensity panning on each source.
The experimental results show our new technique can be applied to intensity inhomogeneity correction of medical image effectively.
The pneumatic-pressure-load system researched in Ref. [15], applied to intensity testing devices, was constructed by electro-pneumatic proportional pressure valve.
The time-to-peak (TTP) method has been highlighted by several groups [ 8, 11, 12] as a relatively straightforward method that can be applied to intensity normalized curves.
This can be applied to intensity as well, it makes you focus and challenges your body to build more muscle and thus all leads to a leaner body and more calories consumed around the clock.
The right hand side abscissa scale applies to intensity.
A semiempirical absorption correction based on equivalent and redundant intensities (Scalepack 46) was applied to the intensity data.
With the lumi package, a smooth quantile normalization can be applied to the intensities or the intensities can be rescaled with a shift and scaling normalization.
Fusion based on multi-multi and turbo iterative is applied to the Intensity component whereas weighted fusion is applied to Hue and Saturation components.
As discussed in the previous section, once any intensity transfer function T[Iin x, y)] defined in (4) is determined, the proposed SDRCLCE equation (10) can be applied to the intensity transfer function and realize the function of SDRCLCE.
This study reformulates the design of c-means clustering based INU compensation techniques by identifying and separating those globally working computationally costly operations that can be applied to gray intensity levels instead of individual pixels.
