Ultradisperse technology for the production of high-temperature superconducting ceramics
1996
The Automatic Control System (ACS) developed for the Volga hydropower plant permits increase in reliability and working life of the equipment, ensures effective operation of the power station, and increases the flexibility of control of the electrical-engineering and power equipment. The microprocessor-based automation of power equipment harware and software developed and prepared for mass production may be used to automate power stations and substations and also to construct hierarchical distributed control systems in various branches of industry.
Keywords:
- Control engineering
- Software
- Distributed control system
- Hydroelectricity
- Hydropower
- Power station
- Systems architecture
- Automation
- Automatic control
- Engineering
- oxide ceramics
- Superconductivity
- Electronic engineering
- Ceramic
- Electroceramics
- particle suspension
- High-temperature superconductivity
- Mechanical engineering
- high temperature superconducting
- Engineering physics
- Fabrication
- Correction
- Cite
- Save
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