Radiation-Resistant Valve-Inductor-Type Motor as a Part of Technological Installation for Recycling Nuclear Industrial Waste

A. Gayfutdinov; Anatoliy Plastun; Mikhail Baranov

doi:10.4028/www.scientific.net/AMM.698.111

Paper Titles

Analysis of In-Plant Power Supply Load Center with Powerful Synchronous Motors and Generators of Industrial Power Station
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MHD Device for Transportation, Dosing and Heating Molten Metals
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Research of Four-Zone Converter in Regenerative Braking Mode
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Research of Mathematical Model for an Examinee Object at Test Bench Helicopter’s Transmission
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Radiation-Resistant Valve-Inductor-Type Motor as a Part of Technological Installation for Recycling Nuclear Industrial Waste
p.111

The Research of Energetic Characteristics of Induction Smelting Crucible Furnaces
p.116

Definition of the Transfer Function Parameters of Asynchronous Motor as an Object of Temperature Control
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Reasoning of the Use of TVR-IM Electric Drives of Closed-Loop Type by the Angular Velocity Observer for Solving Technological Problems
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Direct Current Cascade Regulators Based on Resonance Structures with Switching Capacitors
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 698Radiation-Resistant Valve-Inductor-Type Motor as a...

Radiation-Resistant Valve-Inductor-Type Motor as a Part of Technological Installation for Recycling Nuclear Industrial Waste

Abstract:

Induction motors with conventional organic insulation are used at technological plants designed for recycling nuclear fuel waste of nuclear power stations. In the nuclear radiation environment, the service life of these asynchronous motors does not typically exceed 3-4 months as the winding insulation is destructed being exposed to nuclear radiation. This results in costs increase. To prolong the motor service life and reduce the costs, a valve-inductor-type motor is being developed for this application field due to a simple construction of the stator windings and the feasibility of using non-organic insulation.

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Periodical:

Applied Mechanics and Materials (Volume 698)

Pages:

111-115

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.698.111

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Online since:

December 2014

Authors:

A. Gayfutdinov, Anatoliy Plastun, Mikhail Baranov

Keywords:

Ceramic Insulation, Heat Calculation, Radiation-Resistant, Rotor, Stator, Valve-Inductor-Type Motor, Winding

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References

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