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Capability of computer holograms to form wave fields of physically nonexisting objects shows promise in production and investigation of optical systems of different purpose1Investigations directed at producing computer-generated hologram optical elements ( C6HOE ) for detailed studying aberration characteristics of optical elements and systems at different stages of their design and fabrication take a particular placed Moreover aberrations may be due to as optical system construction features as external factors ( technology and deformation defects ). Methods and facilities for simulation and experimental study ofaberrations with the help of classical optical elements are known in literatures'. However their practical capabilities are fairly limited. Hologram elements unlike classical ones secure a way of forming wave fields with high accuracy and with aberrations of not only the third but also the highest orders separately and in different combinations3 The experimental data defining imaging properties of holograms simulating wave fields with different types of deformations are showm in Fig.i. 490 / SPIE Vol. 2108 0-8194-1399-2/93/$6.oo w w'o Downloaded From: http://proceedings.spiedigitallibrary.org/ on 06/17/2016 Terms of Use: http://spiedigitallibrary.org/ss/TermsOfUse.aspx