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This program develops a model of the volume of the particles in the optically transparent medium. The volume is represented as a set of layers with equal distances maintained between them. Whereby these layers contain particles. The wavefront passing through the predetermined volume is thus scattered by the particles in each layer. Axial hologram is reconstructed by numerical back propagation of the wavefront to the first layer of volume. Further, two adjacent layers with particles are obtained. These layers are subsequently compared using the correlation function.
It is highly recommended to use default parameters of the program, only changing N, Np, D, ∆z and the distribution regimes.
You can see supporting information in Specification of the program.docx
Features
- Simulation
- Particles
- Digital Holography
- Correlation Function
