APA (7th ed.) Citation

A.V, Y., O.O, D., A.M, M., & M, S. (2019). Ways to Reduce the Resistance Torque During the Disk Rotor Spinning and to Increase the Electromotive Force in the Transverse Magnetic Flux Generator in No-Load Mode. Academy of Sciences of Moldova.

Chicago Style (17th ed.) Citation

A.V, Yehorov, Duniev O.O, Masliennikov A.M, and Stamann M. Ways to Reduce the Resistance Torque During the Disk Rotor Spinning and to Increase the Electromotive Force in the Transverse Magnetic Flux Generator in No-Load Mode. Academy of Sciences of Moldova, 2019.

MLA (9th ed.) Citation

A.V, Yehorov, et al. Ways to Reduce the Resistance Torque During the Disk Rotor Spinning and to Increase the Electromotive Force in the Transverse Magnetic Flux Generator in No-Load Mode. Academy of Sciences of Moldova, 2019.