Prof. Tadeusz Kryszczynski Profile

Prof. Tadeusz Kryszczynski

Section Head at Tele and Radio Research Institute

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Publications (20)

Proceedings Article | 6 November 2019 Paper

Overview of the measuring systems where a continuously altered light source plays a key role: Part II

Dariusz Litwin, Kamil Radziak, Jacek Galas, Marek Daszkiewicz, Tomasz Kozłowski, Tadeusz Kryszczyński

Proceedings Volume 11176, 1117605 (2019) https://doi.org/10.1117/12.2535788

KEYWORDS: Wave plates, Light sources, Prisms, Interferometry, Confocal microscopy, Sensors, Fringe analysis, Optical fibers, Chemical elements, Colorimetry

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Proceedings Article | 1 October 2018 Paper

Overview of the measuring systems where a continuously altered light source plays a key role: Part I

Dariusz Litwin, Tadeusz Kryszczyński, Adam Czyżewski, Jerzy Mikucki, Jacek Galas, Marek Daszkiewicz

Proceedings Volume 10808, 108080B (2018) https://doi.org/10.1117/12.2500295

KEYWORDS: Sensors, Confocal microscopy, Colorimetry, Light sources, Objectives, Mirrors, Spectroscopy, Chemical species, Optical inspection, Chromatic aberrations

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Proceedings Article | 23 December 2016 Paper

Photonics approach to traffic signs

Dariusz Litwin, Jacek Galas, Adam Czyżewski, Barbara Rymsza, Leszek Kornalewski, Tadeusz Kryszczyński, Jerzy Mikucki, Piotr Wikliński, Marek Daszkiewicz, Jacek Malasek

Proceedings Volume 10142, 1014214 (2016) https://doi.org/10.1117/12.2263235

KEYWORDS: Roads, Light emitting diodes, Photonics, Safety, Confocal microscopy, Projection systems, Optical components, Visibility, Light sources, Bridges

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Proceedings Article | 18 December 2012 Paper

use of matrix optics to analyse the complex multi-group zoom systems

T. Kryszczyński, M. Leśniewski, J. Mikucki

Proceedings Volume 8697, 86970I (2012) https://doi.org/10.1117/12.2007237

KEYWORDS: Zoom lenses, Kinematics, Optical matrix switches, Objectives, Complex systems, Telescopes, Optical design, Software development, Structural design, Iterative methods

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Proceedings Article | 15 December 2010 Paper

Interactive matrix method for analysis and construction of optical systems with elaborated components

Tadeusz Kryszczyński, Jerzy Mikucki

Proceedings Volume 7746, 77461M (2010) https://doi.org/10.1117/12.881681

KEYWORDS: Matrices, Geometrical optics, Optical components, Chemical elements, Optical design, Optical matrix switches, Reproductive system, Relays, Astatine, Image processing

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Proceedings Article | 20 November 2008 Paper

Development of the double-sided telecentric three-component zoom systems by means of matrix optics

T. Kryszczyński

Proceedings Volume 7141, 71411Y (2008) https://doi.org/10.1117/12.822416

KEYWORDS: Zoom lenses, Optical matrix switches, Kinematics, Imaging systems, Space telescopes, Chemical elements, Telescopes, Optical components, Optical imaging, Matrices

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Proceedings Article | 20 November 2008 Paper

New approach to the method of the initial optical design based on the matrix optics

T. Kryszczyński, M. Leśniewski, J. Mikucki

Proceedings Volume 7141, 71411X (2008) https://doi.org/10.1117/12.822415

KEYWORDS: Matrices, Chemical elements, Optical design, Optical matrix switches, Imaging systems, Algorithm development, Control systems, Geometrical optics, Optical imaging, Software

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Proceedings Article | 24 September 2005 Paper

Method of the initial optical design and its realization

Tadeusz Kryszczynski, Marcin Lesniewski

Proceedings Volume 5954, 595411 (2005) https://doi.org/10.1117/12.628881

KEYWORDS: Optical design, Geometrical optics, Algorithm development, Objectives, Mathematical modeling, Optical imaging, Monochromatic aberrations, Refraction, Silicon, Data modeling

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Proceedings Article | 21 November 2003 Paper

Exact algebraic glass choice in the cemented doublet with aplanatic and achromatic correction

Tadeusz Kryszczynski

Proceedings Volume 5259, (2003) https://doi.org/10.1117/12.545132

KEYWORDS: Glasses, Refractive index, Monochromatic aberrations, Flint glass, Colorimetry, Crown glass, Geometrical optics, Aberration correction, Lens design, Spherical lenses

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Proceedings Article | 10 August 2001 Paper

Colorimetric evaluation of the spot center during the optical design of microscope objectives

Tadeusz Kryszczynski

Proceedings Volume 4517, (2001) https://doi.org/10.1117/12.435978

KEYWORDS: Microscopes, Objectives, Colorimetry, Visible radiation, Monochromatic aberrations, Image quality, Wavefronts, Optical design, Glasses, Refractive index

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Proceedings Article | 5 October 1999 Paper

Precise algebraic method to solve the noncemented two-lens objective free from the aperture aberrations

Tadeusz Kryszczynski

Proceedings Volume 3779, (1999) https://doi.org/10.1117/12.368207

KEYWORDS: Objectives

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Proceedings Article | 14 July 1999 Paper

First steps toward an algebraic method of optical design in the range of all aberration orders

Tadeusz Kryszczynski

Proceedings Volume 3820, (1999) https://doi.org/10.1117/12.353082

KEYWORDS: Mirrors, Monochromatic aberrations, Geometrical optics, Optical design, Refraction, Complex systems, Spherical lenses, Nonlinear optics, Aberration correction, Software development

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Proceedings Article | 1 January 1998 Paper

Athermalization of optical systems

Marcin Lesniewski, Tadeusz Kryszczynski

Proceedings Volume 3320, (1998) https://doi.org/10.1117/12.301355

KEYWORDS: Image processing, Temperature metrology, Astatine, Optical components, Refractive index, Chromium, Optical design, Thermal effects, Software, Sensors

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Proceedings Article | 25 September 1997 Paper

Method for solving paraxial pupil problems in zoom systems

Tadeusz Kryszczynski

Proceedings Volume 3129, (1997) https://doi.org/10.1117/12.279087

KEYWORDS: Zoom lenses, Kinematics, Imaging systems, Telescopes, Optical components, Chemical elements, Bismuth, Matrices, Geometrical optics, Lutetium

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SPIE Journal Paper | 1 June 1997

Material problem in athermalization of optical systems

Tadeusz Kryszczynski, Marcin Lesniewski

OE, Vol. 36, Issue 06, (June 1997) https://doi.org/10.1117/12.10.1117/1.601177

KEYWORDS: Chromium, Temperature metrology, Thermography, Thermal effects, Lenses, Refractive index, Image processing, Optical engineering, Silicon, Infrared imaging

SPIE Journal Paper | 1 June 1997 Open Access

Guest Editorial: Optical Materials for Optical Systems

Tadeusz Kryszczynski

OE, Vol. 36, Issue 06, (June 1997) https://doi.org/10.1117/12.10.1117/1.601178

KEYWORDS: Glasses, Optical engineering, Optical design, Optics manufacturing, Optical components, Materials science, Interferometry, Gradient-index optics, Visualization, Infrared radiation

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Proceedings Article | 5 October 1995 Paper

Paraxial determination of the general four-component zoom system with mechanical compensation

Tadeusz Kryszczynski

Proceedings Volume 2539, (1995) https://doi.org/10.1117/12.222829

KEYWORDS: Zoom lenses, Kinematics, Content addressable memory, Geometrical optics, Telescopes, Lenses, Light emitting diodes, Algorithm development, Evolutionary algorithms, Electroluminescence

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To determine paraxial properties of the general four-component zoom system with mechanical compensation we must have the methods to obtain the optical power distribution and test and evaluate kinematics. There are two important approaches to general conception of a four- component zoom system. The first refers to the expansion of the method for three types of zoom systems. According to the location of an object and image in relation to a zoom system, we distinguish the following zoom systems: variable focal lenses, projection or reproduction systems, and afocal attachments. The second refers to the expansion of kinematic possibilities of all zoom components and even an object plane. Research led to the conclusion that knowing the marginal positions and extreme values of the main useful parameters connected with them is quite sufficient to obtain the optical power distribution of the individual components. Changing the input data we may minimize the longitudinal dimension of the zoom system. Sort of a zoom system is determined by paraxial aperture coordinates at the edges of a zoom system. The first optical power is calculated from the equation being four degrees of polynomial. We have four solutions of this equation and have four propositions of the optical power distributions in a four-component zoom system. All remaining optical powers in the four-component zoom system are expressed by the first optical power. Calculation of optical powers in this way means that the zoom system is good only in both marginal positions. Research led to the statement that, optical conjugate and fixed image location are determined from a quadratic equation. To verify kinematics of the zoom system it is necessary to determine the variation of the main useful parameter and, if required, variation of movements of the first and fourth component. After kinematic calculations we should first test whether the travel from start to the final position is smooth. Later we evaluate kinematics and, if possible, correct it by mentioned changes or even by modification of marginal positions.

Proceedings Article | 23 June 1995 Paper

Secondary spectrum aberrations of refractive optical systems

Tadeusz Kryszczynski

Proceedings Volume 2208, (1995) https://doi.org/10.1117/12.213192

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Proceedings Article | 1 December 1991 Paper

Photoelastic sensors for automatic control system of dam safety

Joanna Konwerska-Hrabowska, Tadeusz Kryszczynski, Tomasz Tomaszewicz, J. Lietz, Wojciech Mazurkiewicz

Proceedings Volume 1554, (1991) https://doi.org/10.1117/12.49560

KEYWORDS: Sensors, Photoelasticity, Glasses, Birefringence, Speckle, Solids, Mechanics, Image sensors, Optical fibers, Chromium

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Proceedings Article | 1 December 1991 Paper

Moire sensor as an automatic feeler gauge

Joanna Konwerska-Hrabowska, Tadeusz Kryszczynski, M. Smolka, P. Olbrysz, L. Widomski

Proceedings Volume 1554, (1991) https://doi.org/10.1117/12.57491

KEYWORDS: Sensors, Raster graphics, Moire patterns, CCD cameras, Optical sensors, Holographic interferometry, Mechanics, CCD image sensors, Algorithm development, Control systems

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Showing 5 of 20 publications

Conference Committee Involvement (1)

Systems of Optical Security

1 September 2005 | Warsaw, Poland

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