riictrch records thai the Romun general in charge «t u Invasion even Issued a statement wanting to fa a why his scientists and craftsmen weren't equal » a of Syracuse.

ft iUtgIls Lives, translated bj John Dryden{1686), tlw vtudern Library, Random House. See The chap-■ milled "Marcellus".

l>ir tixsimple machines are: the lever, the inclined f. 1111' the wedge (a double inclined plane), the screw (i helically wound inclined plane), the wheel and • 1« (a wheel rigidly attached to an axle, i.e.— a n ink and axle), and the pulley {a wheel that turns M an axle).

I M-i^ity Physics, by F.W. Sears and M. W. /n m in i sky. Add ¡son-Wesley Press, 2nd edition. 1957, ,, 134.

I 1'laues: "Proposition 6- Two magnitudes balance •i dnuances reciprocally proportional to the magni-

rigidbat is one which will propagate disturbances n,tantaneously throughout its length. It is the me-i,i meal equivalent of a lumped-constant electrical > ,tcm. By considering lumped-constant mechani-■I systems, the wave propagation phenomenon t.. i ic i ated w i th d t stri buled -con stant s y ste ms is ex-luded.

msients in Linear Systems- Volume I: Lumped neiiits, by M.F. Gardner and J.L. Barns, Wiley, «42, pg. 80. (Apparently, Volume II, on distrib-ted circuits, was never published.)

• i-lutarch locciL

lA his burning frustration and desire to pierce the cerels of the physical universe and discover what ■ Ids the worlds together Goethe's Faust surrounded i:i his laboratory by the classical simple machines, niters:

Mysterious, even in the light of day, Nature's enshrouded secrets, denied, stay; What to your spirit she s unwitting to reveal, >'ou cannot wrestle from her with levers, screws and wheel. I hese lines were quoted by Pauli in the early days of quantum mechanics.

Some Contribullous To The Electrical Industry1', by C.C. Chesney. Electrical Engineering, Vol. 53, May, I934. pp. 726-729. (Reprinted In Turning Points in American Electrical History. J.E. lirittain. editor, IEEE Press, ¡977, pp. 102-106.)

12 If the reader visits the "electrical exhibit" at the Smithsonian Institute he will find photographs ofthe Niagara Fails power plant and a large brass "boiler plate", from one of its original huge generators, listing Testa's patents covering the electrical power system. In the midst ofthe Niagara Falls section stands a lifesize replica of Edison with the comment, "While the Niagara AC plant was being built by Westinghouse, Edison was busy with oilier important things." One is not told what these things, considered by the curator ofthe Smithsonian to be so important, were, nor why it was thought that ihis was relevant to the Niagara AC power plant.

II "Tesla's Contribution to Electric Power". C.F. Scott, Electrical Engineering, August, 1943, pp. 351-355.

" Engineering Council for Professional Development: the organization which accredits the engineering curricula at colleges and universities in ihe USA.

>5 Transients in l inear Systems- Volume 1: Lumped Circuits, by M,F. Gardner and J.L. Barns, Wiley, 1942, pp. 76-81.

14 Acoustics, by L.L. Beranek. MeGraw-Hill, ¡954. pp. 56-58.

17 Analysis Qf Linear Systems, by D.K. Cheng, Add ¡son-Wesley, 1959, pp. 109-112.

18 Linear Circuits, by R.E, Scott, Addison-Wesley, I960, pp. 555-556, 565-566

" Electrical Engineering, by A.B. Carlson and D.G Gisser, Addison-Wesley, 1981. pg, 87.

III The analogy advanced by Firestone is called ihe f-i (force-current) analog. With the latter, F~ 1, v-x, mass - capacitance, spring - inductance. In the f-i analog, not only are the equations formally similar, but mechanical elements in series are represented by electrical elemenls in scries (electrical nodes are analogous to median icai junctions). In the f-i case N| - r, and N2 1i is recognized that the f-i and f-v analogies are duals to one another.

"The Mobility Method ofComputing the Vibration of Linear Mechanical and Acoustical Systems: Mechanical-Electric a I Analogies", by F,A. Firestone, Journal of Applied Physics, Vol. 9, June, 1938, pp. 373-387.

« R,W. Sorenson. Jour. A.I.E.E., Vol 44, 1925, pp. 373.

" "A New High Potential X-Ray Tube", by C.C, Lauritsen and K.D, Bennett, Physical Review, Vol. 32, December, 192S, pp. 850-857.

24 Vibrations and Waves, by A.P. French. W.W. Norton &Co.,N.Y„ ¡971, pp. 83-101.

15 Engineering Mechanics, hy W.G. Met ,ean and F..W Nelson, Sehaum Publishing Co., 2nd edition, 1962, pg- 313.

The Feynman lectures on Physics, by K. P. Feynman, R.B. Leighton, and M. Sands, Addison-Wesley Publishing Co., 1963, Vol. I, section 12-2.

17 "Mechanical Oscillations", by K.L. Co rum and J.F. Corum, Appendix X (1986J to our Tesla Handbook The appendix is 59 pages in length.

f The astute reader will recognize that the electrical analog corresponds to a zero impedance source. w Mechanical Vibrations, by J.P. Den Hartog, Dover, 1985, pg. 53.

Analytic Mechanics, by V. Fairs and S. Chambers. MacMillan Co., 3rd edition, 1958, pg, 493,

J1 Tesla, Nikola, 'My Inventions, Part IV-The Discovery of the Tesla Coil and Transformer ", Electrical Experimenter, May, 19)9, pp. 16, 17,64,65,89.

51 'The Problem of Increasing Human Energy", by Nikola Tesla, Century Illustrated Magazine, June, 1900, pp. 175-211. (Unabridged republication by J,A, Hayes and S.R. Elswick, High Energy Enterprises,Inc., 1990, ISBN 1-882137-00-Q). Thomas Edison, Pamphlet, of 1887. 14 Linear Circuits, by R.E. Scott, Addison-Wesley Press, 1960, pg. 637.

35 Networks, Lilies and Fields, by J.D. Ryder. Prentice-

Hall, Inc., 2nd edition, 1955. pg. 60, M Electronic Fundamentals and Applications, by J.D. Ryder, Prentice-Ha 11,4th edition, 1970, pp. 388-393.

37 "Microwave Designer's Quiz; How Much Do You Know About Connectors?", by J.F. Corum, K.L. Corum, V.G. Puglielli and J.F.X. Daum, Microwave Systems News. June. 1990.

38 "The Application of Transmission Line Resona tors to High Voltage RF Power Processing: History, Analysis, and Experiment", Proceedings of the 19 th Southeastern Symposium on System Theory, Clemson University, Clemson, South Carolina, 1987, pp. 45-49.

M Vituuiu 1 iibt lull Coila. by J.F. (Jorum and K L I Corum, Published by Corum & Associates, Iik . 1988, [100 page texi], ISBN 0-924758-00-7.

40 TCTt l I OR - A Personal Computer Analyjb ut Spark Gap T^fr Coils, by J. F. Corum, I) J Edwards and K.L, Corum, Published by Corum 4 Associates, Inc., 1988, [110 page text + Disk]JSI)N 0-924758-01-5.

41 "High Voltage RF Bal! Lightning Experiments «<) Electro-Chemical Fractal Clusters," by K.L. Conun and J.F. Corum, Spy if t Physics -1 iapskhl, Vol 160, No.4, April, 1990, pp. 47-58, (in Russian).

1,1 ''Analysis of Transient Processesand Spectral Cliar acteristics of Electron Beams in High-Current nanosecond Electron Accelerators with Formini Lines", by G.A. Mesyats and B.Z. Movshevidi Soviet Physics -Technical Physics, Vol. 34, No. 5, May, 1989, pp. 523-528.

43 Industrial F.lnr.tmn Accelerators and Application! by E.A. Abramyan, Hemisphere Publishing Corp, 1988

« Colorado Springs Notes. 1899-1900. by Nikoll Tesla, No! it Beograd, Yugoslavia, 1978, PP. 79,10.1. 180, 345.

4i Smythe, W.R., Static and Dynamic Electricity. McGraw-Hill, 2nd edition, 1950, pp. 545-547.

Condon, E.U., "Forced Oscillations in Cavity Resonators", Jour. Appl. Phys., Vol. 12, Feb., 1941, pp 129-132. (See pg. 131 for voltage "multiplication".!

47 ''Resonance Properties of Ring Circuits", by F.J Tischer. I.E.E.E. Trans MTT, Jan., 1957, pp.51-56

48 Microwave filters, Impedance Matching Networiu, and Coupling Strwmres. by G Matt ha i, L. Younj, and E.M. I . Jones, Artech House, pp. 846-847.

■t» "The Traveling Wave Resonator and High Power Microwave Testing", by Stanley Miller, Microwave Journal, September. I960, pp. 50-58.

M ''Methods of Producing High Levels of RF Power for Test Purposes", by P. Hayes and R. Surette, National Association of Broadcasters Engineering Conference Proceedings, 1988, pp. 380-386.

S1 The term ''multiply connected" implies that there exists a closed path in the resonator which cannot be shrunk to a point without part of the path passing through regions outside the resonator. A toroidal shaped ring resonator and the earth-ionosphere cavity are examples. The latter has the added feature that it focuses converging energy at the antipode.

»" R W Sorenson, Jour, M.E.L,. Vol 44, l«5. pp.

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