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according action active spark antinodes appear axis Bibliography bodies centimetres Clothbound constant copper wire denote direction disappear discharge dx dy dy dz effect electric force electric waves electromagnetic force electromagnetic induction electromotive force electrostatic force end of book energy equal equations ether experiments figures finite Helmholtz Hence Herr Index induction induction-coil insulated interference knobs latter length Leyden jars light lines of force LISTEN & LEARN magnetic force magnitude mathematical Maxwell Maxwell's equations Maxwell's theory mechanical metallic metres micrometer millimetres mirror motion neighbourhood nodes non-conductors observed obtained optical paper Paperbound passive spark period of oscillation perpendicular phenomena phenomenon plane plate polarisation position potential primary conductor primary oscillation produced propagation reflection regard resonance rotation secondary circuit secondary conductor side space spark-gap spark-length sparking distance tion transversal waves true electricity tube variation velocity vibration wall wave-length wire zero
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AR Frederickson - 1996 - IEEE TRANSACTIONS ON NUCLEAR SCIENCE
Barry Gower - 2000 - British Journal for the History of Philosophy
Hans Gregory Schantz
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Michael Heidelberger - 2006 - International Studies in the Philosophy of Science
ANGLE OF SHORT ELECTRIC WAVES
Heinrich Hertz and Electric Waves
JSTOR: The Creation of Scientific Effects: Heinrich Hertz and ...
Phys. Rev. (Series I) 4, 149 (1896): Moore - Visible Electric Waves
Heinrich Hertz: Electric Waves, first edition, signed by Lord Kelvin
Electric waves - lovetoknow 1911
Internet Archive Search: subject:"Electric waves"
Who is the author of "Electric Waves"? -- Britannica Online ...
Buchwald, Jed Z.: The Creation of Scientific Effects