MAGNETS: A Practical Treatise on Electromagnetic Devices, Their Circuits, and the Specific Forms and Characteristics of Electromagnets and Permanent Magnets Employed

$55.00

Underhill, Charles

McGraw Hill, 1924

First edition, second impression. Slight wear to corners and slightly toned edges. See photos.

Delve into the foundational principles of electrical engineering with Charles Reginald Underhill’s seminal 1924 work, Magnets: A Practical Treatise on Electromagnetic Devices, Their Circuits, and the Specific Forms and Characteristics of Electromagnets and Permanent Magnets Employed.

Written by a distinguished fellow of the American Institute of Electrical Engineers, this comprehensive text bridges the gap between abstract magnetic theory and practical industrial application. Spanning 468 pages, it serves as an invaluable historical record of early 20th-century electrical design, detailing the mechanics, mathematics, and materials that powered the second industrial revolution.

Whether you are an engineer, a student of technology history, or a collector of classic scientific literature, this definitive treatise offers timeless insights into the core physics of magnetism and coil construction.

Underhill, Charles

McGraw Hill, 1924

First edition, second impression. Slight wear to corners and slightly toned edges. See photos.

Delve into the foundational principles of electrical engineering with Charles Reginald Underhill’s seminal 1924 work, Magnets: A Practical Treatise on Electromagnetic Devices, Their Circuits, and the Specific Forms and Characteristics of Electromagnets and Permanent Magnets Employed.

Written by a distinguished fellow of the American Institute of Electrical Engineers, this comprehensive text bridges the gap between abstract magnetic theory and practical industrial application. Spanning 468 pages, it serves as an invaluable historical record of early 20th-century electrical design, detailing the mechanics, mathematics, and materials that powered the second industrial revolution.

Whether you are an engineer, a student of technology history, or a collector of classic scientific literature, this definitive treatise offers timeless insights into the core physics of magnetism and coil construction.