amplitude object reconstructionintensity EquationTransport of intensity equation (TIE) provides a way for non-interferometric deterministic phase retrieval. Phase measurement is carried out by measuring the intensity derivative along the direction of propagation. The most suitable method to solve TIE is ...
Chapter 5 shows that, in both these forms of field, the rate of transport of acoustic energy per unit area of wavefront (known as the sound intensity) is proportional to the square of the sound pressure. The product of the area of a spherical surface (proportional to r2) and the sound...
Transport of intensity equationBy using transport of intensity equation (TIE), phase distribution of an object is retrieved from through-focus intensity images. This technique allows simple and robust phase imaging compared with andoi:10.1007/s10043-017-0356-5Koshi Komuro...
Rapid in-focus corrections on quantitative amplitude and phase imaging using transport of intensity equation method. MENG X,TIAN X,KONG Y,et al. Journal of Microscopy . 2017X. Meng et al., "Rapid in-focus corrections on quantitative amplitude and phase imaging using transport of intensity ...
Transport of intensity equationBy using transport of intensity equation (TIE), phase distribution of an object is retrieved from through-focus intensity images. This technique allows simple and robust phase imaging compared with an interferometric approach. However, it is hard to measure phase ...
where 𝐼(𝒓,𝛀)I(r,Ω) in Jcm−2str−1Jcm−2str−1 represents the light intensity as a function of spatial position vector 𝒓=(𝑥,𝑦,𝑧)∈ℝ3r=(x,y,z)∈R3 in cmcm; and angular direction (unit direction vector) 𝛀=(𝛀𝑥,𝛀𝑦,𝛀𝑦)Ω=(Ωx,Ωy,...