MATHEMATICAL MODEL OF COMPOSITE MIRROR ADJUSTMENT PROCESS
Annotation
A model for alignment of multi-element mirror of high-aperture telescopes is proposed. Relations for estimating the composite mirror adjustment accuracy are obtained on the base of the introduced concept of difference surface, with the use of developed algorithms of geometrical and optical-technical positioning of mirror segments.
Keywords
Постоянный URL
Articles in current issue
- COMPACT HYPERSPECTROMETER FOR VISIBLE AND SWIR WAVELENGTH RANGE
- SPACE TELESCOPE WITH INBUILT HYPERSPECTROMETER
- AIRFIELD SENSOR OF THE BACKGROUND BRIGHTNESS
- SIMULATION OF OPTOELECTRONIC SYSTEMS FOR SPACE APPLICATIONS
- MATHEMATICAL MODEL OF OPTICAL BEAM CONTROL
- SIMULATION MODEL OF INFORMATION-MEASURING AND CONTROL SYSTEM
- MATHEMATICAL MODEL OF COMPOSITE MIRROR ADJUSTMENT PROCESS
- RESISTANCE OF PHASE CORRELATION METHOD TO DISTURBANCES AT CREATING OF PANORAMIC DIGITAL IMAGES
- ALGORITHM TO IMPROVE THE EFFICIENCY OF HIGH-SPEED OBJECT DETECTION
- FORECASTING MODEL FOR MULTI-PARAMETER TECHNICAL SYSTEM STATE
- ALGORITHM OF THREE-LEVEL MODELING OF MULTI-PARAMETER TECHNICAL SYSTEM
- PEG-BASED LANGUAGE WORKBENCH RESEARCH AND DEVELOPMENT
- COMPUTER AIDED DESIGN OF MOBILE APPLICATIONS ON THE BASE OF ONTOLOGIES AND SEMANTIC DATA
- METHOD OF AGGREGATION AND NORMALIZATION OF HETEROGENEOUS SENSOR NETWORK DATA