Computer and Full-Scale Models of Magnets with a Single-Layer Quasi-Force-Free Winding and Evaluations of the Possibility of Using Such Magnets in Inductive Energy Stores

G. A. Shneerson; O. S. Koltunov; A. P. Nenashev; A. A. Parfentev; I. A. Vecherov; D. A. Degtev; S. I. Krivosheev; A. N. Berezkin

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Computer and Full-Scale Models of Magnets with a Single-Layer Quasi-Force-Free Winding and Evaluations of the Possibility of Using Such Magnets in Inductive Energy Stores

机译：具有单层拟无力绕组的磁体的计算机和全尺寸模型，以及在感应式能量存储器中使用此类磁体的可能性的评估

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Results of numerical modeling and experiments, which confirm the possibility of greatly decreasing the mechanical stresses in the equilibrated magnet winding compared with the usually implemented winding, are presented. An increase in the specific energy capacity of the inductive energy store is pointed out in case of using such winding in it. The possibilities of correction upon the violation of the equilibrium in the actual magnet winding because of the deviation of its configuration from the calculated one are shown.

机译：提出了数值模型和实验结果，这些结果证实了与通常实施的绕组相比，可以大大降低平衡磁绕组中的机械应力。在其中使用这种绕组的情况下，指出了感应能量存储器的比能量容量的增加。示出了由于其实际形状与所计算的偏离而在实际的磁体绕组中违反平衡时进行校正的可能性。

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《Thermal engineering》 |2013年第14期|1031-1037|共7页
作者
G. A. Shneerson; O. S. Koltunov; A. P. Nenashev; A. A. Parfentev; I. A. Vecherov; D. A. Degtev; S. I. Krivosheev; A. N. Berezkin;
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St. Petersburg State Polytechnical University, ul. Politekhnicheskaya 29, St. Petersburg, 195251 Russia;

St. Petersburg State Polytechnical University, ul. Politekhnicheskaya 29, St. Petersburg, 195251 Russia;

St. Petersburg State Polytechnical University, ul. Politekhnicheskaya 29, St. Petersburg, 195251 Russia;

St. Petersburg State Polytechnical University, ul. Politekhnicheskaya 29, St. Petersburg, 195251 Russia;

OAO Silovye Mashiny, Electrosila Plant, ul. Vatutina 3 Lit.A, St. Petersburg, 195009 Russia;

OAO Eles, ul. Severnaya 14, Kirovsk, Leningrad oblast, 187341 Russia;

St. Petersburg State Polytechnical University, ul. Politekhnicheskaya 29, St. Petersburg, 195251 Russia;

St. Petersburg State Polytechnical University, ul. Politekhnicheskaya 29, St. Petersburg, 195251 Russia;

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1. Models of Magnets With the Quasi-Force-Free Winding Manufactured From the Thin Solid Sheets or Transposed Conductors [J] . Shneerson G. A., Koltunov O. S., Krivosheev S. I., Plasma Science, IEEE Transactions on . 2010,第8期

机译：由薄实片或换位导体制成的具有准无力绕组的磁体模型
2. Computer Model of Megagauss Multilayer Quasi-Force-Free Magnet With Balanced End Parts [J] . Schneerson G. A., Koltunov O. S., Dyogtev D. A., Plasma Science, IEEE Transactions on . 2010,第8期

机译：带有平衡末端部件的Megagauss多层准无力磁体的计算机模型
3. Azimuthal Forces and Method of Their Reduction in Imperfect Winding of Quasi-Force-Free Magnets [J] . Nenashev A. P., Parfentev A. A., Shneerson G. A., Technical physics letters: Letters to the Russian journal of applied physics . 2015,第4期

机译：准无力磁体不完美绕组中的方位角力及其减小方法
4. Computer Model of a Quasi-Force-Free Magnet with a 100-T Field [C] . Shneerson G.A., Koltunov O.S., Dyogtev D.A., International Conference on Megagauss Magnetic Field Generation and Related Topics . 2007

机译：用100-T字段的准力的磁铁计算机模型
5. On Modeling and Design of Fractional-Slot Concentrated-Winding Interior Permanent Magnet Machines. [D] . Tangudu, Jagadeesh K. 2011

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6. Static Characterization of the Driving Normal and Stall Forces of a Double-Sided Moving-Permanent Magnet-Type Planar Actuator Based on Orthogonal Planar Windings [O] . Marilia A. da Silveira, Marcos J. Susin, Aly F. Flores Filho, 2018

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Computer and Full-Scale Models of Magnets with a Single-Layer Quasi-Force-Free Winding and Evaluations of the Possibility of Using Such Magnets in Inductive Energy Stores

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