Add to ORKGWe analyse the applicability of the two-flat-test calibration method across wide spatial frequency range based on its calculated accuracy. A number of simulations have been performed to determine the accuracy of the absolute calibration. The simulation results show that the two-flat-test calibration method is applicable to surfaces within the spatial frequency range from 1.67×10−1 to 1.67×10−3 mm−1
The deflectometry provides a powerful metrological technique enabling the high-precision testing of ...
The deviations from flatness of a set of three surfaces can be mapped by averaging the results of in...
The testing of highly aspheric optics often requires complex test arrangements: these test systems c...
We analyse the applicability of the two-flat-test calibration method across wide spatial frequency r...
The full-aperture and full-frequency absolute surfaces of optical flats are of great significant for...
In this thesis, the problem of the metrology of optical surfaces is examined. The need for accurate ...
Optical flats and optical parallels are calibrated by interferometry at the “Laboratório de Medição ...
Two methods are described for absolute measurements of the deviations from flatness of optical surfa...
A method to provide absolute planarity measurements through an interferometric oblique incidence set...
A high-accuracy non-contact optomechanical system has been designed for measuring the surface profil...
Recently, a scientific comparison of flatness measuring instruments at European National Metrology I...
We present a novel method to accurately measure the flatness of a large flat. The method can be seen...
This optical scan method presented in this paper is used for precision measurement defects in flatne...
We describe the optical test of a large flat based on a spherical mirror and a dedicated CGH. The sp...
The advent of multiplexing interferometric schemes for fibre Bragg grating (FBG) sensor interrogatio...
The deflectometry provides a powerful metrological technique enabling the high-precision testing of ...
The deviations from flatness of a set of three surfaces can be mapped by averaging the results of in...
The testing of highly aspheric optics often requires complex test arrangements: these test systems c...
We analyse the applicability of the two-flat-test calibration method across wide spatial frequency r...
The full-aperture and full-frequency absolute surfaces of optical flats are of great significant for...
In this thesis, the problem of the metrology of optical surfaces is examined. The need for accurate ...
Optical flats and optical parallels are calibrated by interferometry at the “Laboratório de Medição ...
Two methods are described for absolute measurements of the deviations from flatness of optical surfa...
A method to provide absolute planarity measurements through an interferometric oblique incidence set...
A high-accuracy non-contact optomechanical system has been designed for measuring the surface profil...
Recently, a scientific comparison of flatness measuring instruments at European National Metrology I...
We present a novel method to accurately measure the flatness of a large flat. The method can be seen...
This optical scan method presented in this paper is used for precision measurement defects in flatne...
We describe the optical test of a large flat based on a spherical mirror and a dedicated CGH. The sp...
The advent of multiplexing interferometric schemes for fibre Bragg grating (FBG) sensor interrogatio...
The deflectometry provides a powerful metrological technique enabling the high-precision testing of ...
The deviations from flatness of a set of three surfaces can be mapped by averaging the results of in...
The testing of highly aspheric optics often requires complex test arrangements: these test systems c...