The main aim of this project is extend the research of the gauge block contactless diagnostic method which is nowadays in progress at the Institute of Scientific instruments ASCR, v.v.i. The mentioned research is supported by the Ministry of industry and trade of the Czech Republic, grant number 2A-1TP1/127. The gauge block contactless diagnostic includes a gauge block length measurement and a flatness of the gauge block surface measurement too. For that reason, an optimized method for high accurate determination of the equilibrium state in low coherence interferometry will be designed.The main output of this project will be the design and construction of the optimized white-light source for low coherence interferometry. In additional, the detection chain for contactless 3D diagnose of the investigated objects surface will be design.The results of this project will be the important contributions to the fundamental research in length metrology and it will be also significant contribution to solving of the base project. It helps to design and realize the experimental measuring system for contactless measurement and diagnostic of the gauge blocks. The project will help to solve an important task in the field of the fundamental metrology and industrial metrology too. (en)
Cílem tohoto projektu je návrh a konstrukce optimalizovaného zdroje bílého světla pro interferometrii nízké koherence. Dále pak je to návrh detekčního řetězce umožňujícího bezkontaktní diagnostiku povrchů měřených objektů.