Add to ORKGThe achromatic dublet of diameter 200 mm and focal length 3480 mm was manufactured by Professor ing. Vilém Gajdušek in Ostrava in 1954. The telescope with this objective is placed at the Observatory and planetarium in Hradec Králové. The objective was restored in the Institute of Plasma Physics, v.v.i.-Centrum Toptec in Turnov. During the process lens was measured and data were used for evaluation of its residual aberrations. We present the results of the measurement in this paper
The wavefront reconstruction of a light wave transformed by a microscope objective is the main subje...
In this paper we give the proof of principle of a new experimental method to determine the aberratio...
We give the proof of principle of a new experimental method to determine the aberrations of an optic...
This objective lens was renoved in the Institute of Plasma Physics, v.v.i. Center Toptec in Turnov. ...
This paper deals with residual aberrations of Clark 8“ (diameter 203 mm) lens of Astronomical Instit...
In our paper the results of mathematical simulations of the residual aberrations of Clark‘s 8 inch (...
During the cleaning and adjustment of the Merz lens with a diameter of 108 mm and a focal length of ...
The Optical Parameters of Objective Lens Secrétan Paris 130/1930 of Observatory of Úpice Objective l...
This paper brings the information about repair of the achromatic objective lens of diameter 160mm an...
At the end of 2012 was done measuring and clean the lens 210/3452 of the solar spectrograph Observat...
In this paper, basic optical characteristic of historic objective lens manufactured by Merz are pres...
This paper deals with manufacturing of a positive lens of achromatic dublet. Diameter of the dublet ...
In 19th century refractors dominated in astronomical research. Lenses of these devices were made of ...
This paper describes analysis of residual aberrations of Schmidt-Cassegrain telescopes (SCT). Though...
Tato práce se zabývá teoretickým rozborem průchodu paprsků čočkami. Klade důraz na optické vady, zej...
The wavefront reconstruction of a light wave transformed by a microscope objective is the main subje...
In this paper we give the proof of principle of a new experimental method to determine the aberratio...
We give the proof of principle of a new experimental method to determine the aberrations of an optic...
This objective lens was renoved in the Institute of Plasma Physics, v.v.i. Center Toptec in Turnov. ...
This paper deals with residual aberrations of Clark 8“ (diameter 203 mm) lens of Astronomical Instit...
In our paper the results of mathematical simulations of the residual aberrations of Clark‘s 8 inch (...
During the cleaning and adjustment of the Merz lens with a diameter of 108 mm and a focal length of ...
The Optical Parameters of Objective Lens Secrétan Paris 130/1930 of Observatory of Úpice Objective l...
This paper brings the information about repair of the achromatic objective lens of diameter 160mm an...
At the end of 2012 was done measuring and clean the lens 210/3452 of the solar spectrograph Observat...
In this paper, basic optical characteristic of historic objective lens manufactured by Merz are pres...
This paper deals with manufacturing of a positive lens of achromatic dublet. Diameter of the dublet ...
In 19th century refractors dominated in astronomical research. Lenses of these devices were made of ...
This paper describes analysis of residual aberrations of Schmidt-Cassegrain telescopes (SCT). Though...
Tato práce se zabývá teoretickým rozborem průchodu paprsků čočkami. Klade důraz na optické vady, zej...
The wavefront reconstruction of a light wave transformed by a microscope objective is the main subje...
In this paper we give the proof of principle of a new experimental method to determine the aberratio...
We give the proof of principle of a new experimental method to determine the aberrations of an optic...
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