Influence of Apodization Pupil Function on the Intensity Point Spread Function of Optical System

Author:

Maab H. Aliwi 1,Rafid A. Haleot 2,Ghada S. Karam 1

Affiliation:

1. Physics Department/ College of Education, Mustansiriyah University, Baghdad, Iraq

2. Department of Computer Science, College of Education, Mustansiriyah University, Baghdad, Iraq

Abstract

Apodization is the significant modification of the impulse response of the optical system. This modification plays a vital role in improving the imaging and focusing characteristics foe various optical systems. We present our studies on apodization of pupils with amplitude filter respect to images of point objects . The central intensity distribution, the Full width at half maximum (FWHM)of point spread function, first maxima and first minima are evaluated and compared with and without apodisation .our results shown that the resolution of the intensity of the PSF has been modified as the degree of apodization increases .

Publisher

Technoscience Academy

Subject

General Medicine

Reference12 articles.

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2. K . Vinod Kumar , B . Sambaiah , D . Karuna Sagar and R.Sayanna ,Point Spread Function of Defocused Optical Systems with Hanning Amplitude Filters , Journal of Innovative Research in Science , Engineering and Technology , Vol .2 , Iss.9 , P .4293 , September (2013) .

3. Ali H . AL-Hamadani , Ghada S. Karam , Abbas S. AL-Saedi , Apodization Defocused Optical Imaging System with Different Apertures using Hanning Amplitude Filter , Journal Advances in Physics Theories and Applications , Vol.68 , Iss 2225-0638 , P. 5 , (2017)

4. Narsaiah,A., Sagar , D.K. and Kumar, T.K, Point spread function of Aberrated Optical systems with Annular Apertures , International Journal of scientific Research and Engineering Studies , Vol .1 , Issu.4 , Issn . 2349-8862 , PP .4-13 , (2014).

5. Venkanna M ., Sagar D . Karuna , Amplitude filters in shaping the point spread function of optical imaging system , Journal International Conference on Optics and Photonics , Vol. 9654 96540A-1 , pp 1-5 , (15 June 2015).

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