Journal
ИЗВЕСТИЯ ВЫСШИХ УЧЕБНЫХ ЗАВЕДЕНИЙ «ПРИБОРОСТРОЕНИЕ»
UDK621.372.82:621.383.8-752.4:536.7
Issue:1 (54)
THERMAL DRIFT OF FIBER OPTIC GYROSCOPE
Annotation
A mathematical model has been developed to simulate apparent angular velocity induced by unstable thermal state of the gyroscope sensor. The model is based on numerical solution of related differential boundary value problem of thermal photoelasticity. Results of numerical simulation for non-stationary thermal drift are presented and compared with full-scale experiment data.
Keywords
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Articles in current issue
- ARCHITECTURE OF KNOWLEDGE MANAGEMENT SYSTEM BASED ON WIKITECHNOLOGY AND INTEGRATED ONTOLOGICAL MODELS
- A 3D-METHOD OF COMPUTER TOMOGRAPHY DATA COMPRESSION
- PHASE FUNCTION EFFECTS ON AIRBORNE HYDROGRAPHIC LIDAR PERFORMANCE
- GAUSSIAN MARKOV SEQUENCES
- THERMAL DRIFT OF FIBER OPTIC GYROSCOPE
- DIRECT AND INVERSE PROBLEMS IN SIGNAL AND IMAGE PATTERNIZATION
- FATIGUE FRACTURE OF MINIATURE PIEZOELECTRIC GRABS
- METHODS OF ANALYSIS AND SYNTHESIS OF POWER SUBSYSTEMS OF INSTRUMENT ELECTRIC DRIVES
- APPLICATION OF INVARIANT COLOR BRIGHTNESS PRINCIPLE FOR VIDEO INFORMATION TRANSMISSION
- DETERMINATION OF DRAUGHT POWER OF LOW-FREQUENCY ELECTRODYNAMIC VIBRATOR
- APPLICATION OF COMPUTER ISOPHOTOMETRY FOR CHECKING OF OBJECTIVE FOR NANOLITHOGRAPHY
- ALGORITHMIC CORRECTION OF PORTABLE SPECTROPHOTOMETER ERRORS
- UPGRADING THE ELECTROSTATIC PHOTOELECTRONIC SPECTROMETERS ES-2401 AND ES-3201
- VAPORIZATION KINETICS OF DROPS IN COOLING SYSTEM OF INSTRUMENT COMPONENT UNDER HIGH DENSITY OF HEAT FLOW
- LASER THERMOCHEMICAL TECHNOLOGY OF CHROME FILMS MICROSTRUCTURING