Retrieval of phase and three-dimensional topography using modified transport of intensity and phase equations with electrically programmable optical path lengths
N Alanazi, PP Banerjee - Optical Engineering, 2023 - spiedigitallibrary.org
Transport of intensity (TI) is a well-known non-interferometric technique for phase retrieval.
The TI and phase equations result from the Helmholtz equation and show the coupling of …
The TI and phase equations result from the Helmholtz equation and show the coupling of …
Transport of intensity and phase: applications to digital holography
NA Alanazi, AM Scott, H Al-Ghezi, M Faryad… - Applied Optics, 2024 - opg.optica.org
We first review transport of intensity and phase and show their use as a convenient tool to
directly determine the unwrapped phase of an imaged object, either through conventional …
directly determine the unwrapped phase of an imaged object, either through conventional …
[图书][B] Phase retrieval and 3D topography using transport of intensity
N Alanazi - 2023 - search.proquest.com
Transport of intensity is a non-interferometric technique to obtain the phase of an object by
recording optical intensities at different incremental propagation distances around the image …
recording optical intensities at different incremental propagation distances around the image …