![Scientific and technical journal «Priborostroenie»](/images/mag-pr.png)
TECHNOLOGY OF RELIABILITY ASSESSMENT FOR ELECTRONICS ELEMENTS, LONG FUNCTIONING UNDER CONDITIONS OF OUTER SPACE
![Scientific and technical journal «Priborostroenie»](/images/mag-pr.png)
Annotation
The task of providing the required level of reliability of space equipment and its elements and modules is especially urgent in modern conditions. To solve this problem, a technology has been developed for assessing the reliability of elements and modules of advanced special and scientific equipment for space applications that have been operating for a long time in the space environment. The technology is a set of provisions, rules, techniques, mathematical models, algorithms and methods for assessing the reliability of elements and modules of new samples of advanced special and scientific equipment for space applications implemented using software and hardware means. The developed technology and hardware and software complexes are expected to be used at the enterprises of the rocket and space industry, as well as in the head organization on the Roscosmos information system for automated evaluation and analysis of the reliability of prospective spacecraft samples at the design, development and operation stages.
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Articles in current issue
- FUNCTIONAL STABILITY OF NAVIGATION INFORMATION SYSTEMS
- MATHEMATICAL MODELS OF RELIABILITY OF NON-HERMETIC SPACE APPLIANCES OF RADIO-ELECTRONIC EQUIPMENT
- ASSESSMENT OF GEOMETRIC ACCURACY OF SATELLITE IMAGES OBTAINED BY THE EARTH REMOTE SENSING SYSTEMS IN VARIOUS RANGES OF THE ELECTROMAGNETIC SPECTRUM
- BASIC CONCEPTS OF A METHOD FOR COMPARATIVE EVALUATION OF TECHNICAL LEVEL OF UNIFIED SPACE PLATFORMS
- METHOD OF IMPROVEMENT OF NAVIGATION AND BALLISTIC SUPPORT ACCURACY FOR SPACECRAFTS EQUIPPED WITH HIGH-SENSITIVE ACCELEROMETER UNITS
- METHODS, ALGORITHMS, AND TECHNOLOGIES FOR RECONFIGURATION OF ON-BOARD EQUIPMENT OF SMALL-SIZED SPACECRAFTS
- PROPOSALS FOR CREATION OF SATELLITE INVERSE RADIO TOMOGRAPHY SYSTEM
- HIGH-PERFORMANCE ALGORITHM FOR SIMULATION OF THE EARTH REMOTE SENSING RADAR SYSTEM ON A GRAPHICS PROCESSOR WITH PARALLEL ARCHITECTURE
- DEVELOPMENT OF SPACE PLASMA FLOW SENSOR WITH FOUR-SECTION COLLECTOR
- MULTI-LEVEL WIRELESS SYSTEM OF ASSESSMENT OF SPACE TECHNOLOGY OBJECTS STATE DURING RAILWAY TRANSPORTATION