Amperning aylanish qonuni (Uzbek Wikipedia)

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Clerk Maxwell. „On Physical Lines of Force“. New York, Dover Publications (1890).
Clerk Maxwell. „On Faraday's Lines of Force“. New York, Dover Publications (1890).

Fleisch, Daniel. A Student's Guide to Maxwell's Equations. Cambridge University Press, 2008 — 83 bet. ISBN 9781139468473.
Garg, Anupam. Classical Electromagnetism in a Nutshell. Princeton University Press, 2012 — 125 bet. ISBN 9780691130187.
Katz, Debora M.. Physics for Scientists and Engineers: Foundations and Connections, Extended Version. Cengage Learning, 2016 — 1093 bet. ISBN 9781337364300.
H. A. M. Snelders, "Oersted's discovery of electromagnetism" in Cunningham, Andrew Cunningham. Romanticism and the Sciences. CUP Archive, 1990 — 228 bet. ISBN 0521356857.
Dhogal. Basic Electrical Engineering, Vol. 1. Tata McGraw-Hill, 1986 — 96 bet. ISBN 0074515861.
Knoepfel, Heinz E.. Magnetic Fields: A comprehensive theoretical treatise for practical use. Wiley, 2000 — 4 bet. ISBN 0-471-32205-9.
Owen, George E.. Electromagnetic Theory, Reprint of 1963, Courier-Dover Publications, 2003 — 213 bet. ISBN 0-486-42830-3.

Ampère never utilized the field concept in any of his works; cf. Assis, André Koch Torres. Ampère's electrodynamics: analysis of the meaning and evolution of Ampère's force between current elements, together with a complete translation of his masterpiece: Theory of electrodynamic phenomena, uniquely deduced from experience. Montreal, QC: Apeiron, 2015. ISBN 978-1-987980-03-5. The "Ampère circuital law" is thus more properly termed the "Ampère–Maxwell law." It is named after Ampère because of his contributions to understanding electric current. Maxwell does not take Ampère's force law as a starting point in deriving any of his equations, although he mentions Ampère's force law in his A Treatise on Electricity and Magnetism vol. 2, part 4, ch. 2 (§§502-527) & 23 (§§845-866).