N. Tesla, LECTURES, PATENTS, ARTICLES, published by Nikola Tesla Museum, Belgrade, 1956 (from now on: Tesla), "The transmission of electric energy without wires", Electr. World and Eng. March 5, 1904, A-153.
Tesla: "Alternating electric current generator", U. S. Patent 447 921, March 10, 1891, Appl. Nov. 15, 1890, P-129.
"Method of operating arc lamps", U.S. Patent 447 920, March 10, 1891. Appl. Oct. 1, 1890, P-205.
Tesla: "Phenomena of alternating currents of very high frequency", The El. World, Febr. 21, 1891, A-3.
"Electric discharge in vacuum tubes", The El. Engineer, July 1, 1891, A-16.
Tesla: "Experiments with alternate currents of very high frequency and their application to methods of artificial illumination", a lecture delivered before the AIEE, May 20, 1891, L-15.
Tesla: "Experiments with alternate currents of high potential and high frequency", a lecture delivered before the IEE, London, Febr. 1892, L-48.
Tesla: "On light and other high frequency phenomena", a lecture delivered before the Franklin Ins. Philadelphia, Febr. 1893, L-107.
Tesla: "On Roentgen rays", El. Rev. March 11, 1896, A-27, A-32
"On reflected Roentgen rays, El. Rev. April 1, 1896, A-34
"On Roentgen radiations", El. Rev. April 8, 1896, A-39
"Roentgen ray investigations", El. Rev. April 22, 1896, A-43
"An interesting feature of X-ray radiations", El. Rev. July 8, 1896, A-49
"Roentgen rays or streams", El. Rev. August 12, 1896, A-51
"On the Roentgen stream", El. Rev. Dec. 1, 1896, A-56
"On the hurtful actions of Lenard and Roentgen tubes", El. Rev. May 5, 1897, A-62
"On the source of Roentgen rays and the practical construction and safe operation of Lenard tubes", El. Rev. Aug. 11, 1897, A-69.
Tesla: "Method of intensifying and utilizing effects transmitted through natural media", U.S. Patent, 685 953, Nov. 5, 1901, Appl. June 24, 1899, P-297.
Tesla: "Method of utilizing effects transmitted through natural media", U.S. Patent 685 954, Nov. 5, 1901, Appl. Aug. 1, 1899, P-303.
Tesla: "Apparatus for utilizing effects transmitted from a distance to a receiving device through natural media", U.S. Patent 685 955, Nov. 5, 1901, Appl. Sep. 8, 1899, P-312.
Tesla: "Aparatus for utilizing effects transmitted through natural media", U.S. Patent 685 956, Nov. 5, 1901, Appl. Nov. 2, 1899, P-319.
Eccles, W. H. WIRELESS, Thornton Butterworth Ltd, London, 1933.
Tesla N. "System of transmission of electrical energy", U.S. Patent 645 576, March 20, 1900, Appl. Sept. 2, 1897.
Tesla: "Apparatus for transmission of electrical energy", U.S. Patent 649 621, May 15, 1900, Appl. Sept. 2, 1897, P-293.
Tesla: "System of electric lighting", U.S. Patent 454 622, June 23, 1891, Appl. Apr. 25, 1891, P-208.
"Electric incandescent lamp", U.S. Patent 455 069, June 30, 1891, Appl. May 14, 1891, P-213.
Tesla: "On electricity", EL Rev. Jan. 27, 1897, A-101.
Tesla N. "The stream of Lenard and Roentgen and novel apparatus for their production". Lecture before New York Academy of Science, Apr. 6, 1897 (Nikola Tesla Museum, Belgrade)
Tesla: "High frequency oscillators for electro-therapeutic and other purpose", a lecture delivered before the American Electro-Therapeutic Association, Buffalo, Sept. 13, 1898 L-156.
Fleming, J.A. THE PRINCIPLE OF ELECTRIC WAVE TELEGRAPHY AND TELEPHONY, Third ed. 1916, Longmans Green & Co. London (from now on: Fleming), p. 877.
TRIBUTE TO NIKOLA TESLA, Nikola Tesla Museum, Belgrade, 1961 (from now on: Tribute), Fleming A. P. M "Nikola Tesla", Jour. of Instit. of Electr. Eng., London, vol. 91, February 1944, A-215.
Wait, J.R. "Historical background and introduction to the special issue on extremely low frequency (ELF) propagation", IEEE Trans. on Communications, Vol. COM-22, No. 4, April 1974.
Fleming: p. 22.
Hertz, H.R. UNTERSUCHUNGEN UBER DIE AUSBREITUNG DER ELEKTRISCHEN KRAFT, dritte auflage, Leipzig, 1914, Johann Ambrosius Barth.
Цверава Г.К. НИКОЛА ТЕСЛА, изд. Наука, Ленинград, 1974.
Tesla: "Means for generating electric currents", U.S. Patent 514 168, Febr. 6, 1894, Appl. Aug. 2, 1893, P-225.
"Method of regulating apparatus for producing currents of high frequency", U.S. Patent 568 178, Sep. 22, 1896. Appl. June 20, 1896, P-228.
"Apparatus for producing electric currents of high frequency and potential", U.S. Patent 568 179, Sep. 22, 1896, Appl. April 22, 1896, P-233.
"Method and aparatus for producing currents of high frequency", U.S. Patent 568 179, Sep. 22, 1896, Appl. July 6, 1896, P-237.
"Apparatus for producing electrical currents of high frequency", U.S. Patent, 568 180, Sep. 22, 1896, Appl. July 9, 1896, P-241.
"Apparatus for producing electric currents of high frequency", U.S. Patent, 577 670, Feb. 23, 1897, Appl. Sep. 3, 1896, P-245.
"Apparatus for producing currents of high frequency", U.S. Patent, 583 953, June 8, 1897, Appl. Oct. 19, 1896, P-249.
Tesla: "Electrical transformer", U.S. Patent, 593 138, Nov. 2, 1897, Appl. March 20, 1897, P-252
Tesla: "Electric circuit controller", U.S. Patents:
609 251, Aug. 16, 1898, Appl. June 3, 1897, P-256.
609 246, Aug. 16, 1898, Appl. Febr. 28, 1898, P-272.
609 247, Aug. 16. 1898, Appl. Mar. 12, 1898, P·276.
609 248, Aug. 16, 1898, Appl. Mar. 12, 1898, P-279.
609 249, Aug. 16, 1898, Appl. Mar. 12, 1898, P-282.
613 735, Nov. 8, 1898, Appl. Apr. 19, 1898, P·285.
"Electrical circuit controller", U.S. Patents:
609 245, Aug. 16, 1898, Appl. Dec. 2, 1897, P-262.
611 719, Oct. 4, 1898, Appl. Dec. 10, 1897, P-267.
Tesla: "Electrical oscillators", El. experimenter, July, 1919, A-78.
Oberbeck A. "Ueber den Verlauf der Elektrischen Schwingungen bei den Tesla'schen Versuchen", Wied. Ann. der Physik, 1895, vol. 55, s. 623.
Fleming: p. 792.
Fleming J.A. and Dyke G.B. "Some resonance curves taken with impact and spark-ball dischargers", Proc. Phys. Soc. London, vol. 13, Feb. 1911, p. 136.
Попов А.С. "Прибор для обнаружения и регистрирования электрических колебаний", Журн. русского физ.-хемич. о б-ва, 1896, t. 22, 4. физич., отд. 1, вып. 1.
English: Popov A.S. "A device for detecting and recording electrical oscillations", Journal of the Russian Physical and Chemical Society, 1896, vol. 22, 4. physics, sect.
Fleming: p. 513.
Galeys J. TERRESTRIAL PROPAGATION OF LONG ELECTROMAGNETIC WAVES, New York, Pergamon Press, 1972.
TESTIMONY U.S. District Court, New York, Oct. 3, 1916. Samuel, M. Kintner and Halsey M. Barrett vs. Atlantic Communication Comp.
Hawks E. PIONEERS OF WIRELESS, London, Methuen Co. Ltd, 1927 p. 205.
Tesla: "Incandescent electric light", U.S. Patent 514 170. Febr. 6, 1894, Appl. Jan. 2, 1892, P-216. Also see ref. (15).
Tesla: "System of signaling", U.S. Patent 725 605, Apr. 14, 1903, Appl. July 16, 1900, P-337.
"Method of signaling", U.S. Patent 723 188, Mar. 17, 1903, Appl. June 14, 1901, P-352.
Fleming: p. 287.
Born. M. and Wolf E. PRINCIPLES OF OPTICS, Third ed. Pergamon Press, 1965, Oxford, p. XXVI.
Tesla: "The problem of increasing human energy", The Cent. Illustr. Mon. Magazine, June 1900, A-109.
Tesla: "Art of transmitting electrical energy through the natural mediums", U.S. Patent 787 412, Apr. 18, 1905, Appl. May 16, 1900, P-331.
ОЧЕРКИ ИСТОРИИ РАДИОТЕХНИКИ ، изд. Академия Наук СССР، Mосква، 1960.
English: ESSAYS OF THE HISTORY OF RADIO ENGINEERING, ed. USSR Academy of Sciences, Moscow, 1960.
Tesla: "Apparatus for transmitting electrical energy", U.S. Patent 1 119 732, Dec. 1, 1914, Appl. Jan. 18, 1902, P-357.
Pocklington H.C. "Electric oscillations in wires", Proc. Camb. Phyl. Soc. Oct. 25, 1897, vol. ix, p. 324.
Zenneck J. ???LEHRBUCH DER DRAHTLOSEN TELEGRAPHIE, Verlag, Stuttgard, 1915.
Fleming: p. 467.
Fleming: p. 483.
Calzecchi - Onesti T. "Sulla conduttivita elettrica delle limature metalliche", Nuovo cimento, 1884, v. 16, p. 58, 1885, v. 17, p. 38 (Pisa).
English: Calzecchi Onesti T. "On the electrical conductivity of metallic filings", Nuovo cimento, 1884, v. 16, p. 58, 1885, v. 17, p. 38 (Pisa).
Tesla: see ref. (25), P-225.
Tesla: see ref. (25), P-228, P-233.
Tesla: see ref. (25), P-237, P-241.
Tesla: see ref. (25), P-245, P-249.
Jackson J.D. CLASSICAL ELECTRODYNAMICS, John Wiley, 1975, New York.
Fleming: p. 706.
Terman F. E. and Pettit J. M. ELECTRONIC MEASUREMENTS, McGraw Hill, New York, 1952.
Russell A. "On the magnetic field and inductance coefficients of circular cylindrical, and helical currents", Phyl. Mag. April, 1907.
Fleming: p. 637.
Tesla: "Method of and apparatus for controlling mechanism of moving vessels or vehicles", U.S. Patent 613 809, Nov. 8, 1898, Appl. July 1, 1898, P-363.
Maxwell J.C. "A dynamical theory of the electromagnetic field", Phyl. Trans. Roy. Soc., 1865, vol. 155, p. 419.
Erskine-Murray J. A HANDBOOK OF WIRELESS TELEGRAPHY, Crosby Lockwood, London, 1913, chap. XVII.
Маринчић А. "Тесла один из основоположников современой электротехники", Вопросы истории естествознания и техники, Ак ad. Наук, СССР, Москва, 1976, Выпуск 2 (55)
English: Marinchy A. "Tesla is one of the founders of modern electrical engineering", Questions of the history of natural science and technology, Acad. Nauk, USSR, Moscow, 1976, Issue 2 (55)
Singer S. THE NATURE OF BALL LIGTNING, Plenum Press, 1971, New York.
Капица, П.Л. "Шаровая молния и радиоизлучение линейных молний". Жур. te. физики, 88, 1829, (1968)
English: Kapitsa, P.L. "Ball lightning and radio emission of linear lightning". Zhur. those. Physics, 88, 1829, (1968)
United States Reports, vol. 320, Oct. 1942, Oct. 1943, Washington, MARCONI v. s. U.S.
Bowers B. X-RAYS, Science Museum, London, 1970.
Tesla N. "Electrical condenser", U.S. Patent 567 818, Sep. 15, 1896, Appl. June 17, 1896.
Testimony in behalf of Tesla, Interference No. 21,701, United States Patent Office, New York, 1902.
Letter of Tesla to Morgan J.P. Jan. 9, 1902. (Nikola Tesla Museum in Belgrade).
Tesla: "Apparatus for the utilization of radiant energy", U.S. Patent 685 957 Nov. 5, 1901, Appl. Mar. 21, 1901, P-343.
"Method of utilizing radiant energy", U.S. Patent 685 958 Nov. 5, 1901, Appl. Mar. 21, 1901. P-348.
Wheeler L.P. "Tesla's contribution to high frequency", Electr. Engineering, New York, August 1943, p. 355, also Tribute: A-211.
Wait J.R. "Propagation of ELF electromagnetic waves and project Sanguine/Seafarer", IEEE Jour, of Ocean. Eng., Vol OE-2, No. 2, April 1977.
Morrison J.F. and Smith P.H. "The shunt-excited antenna", Proc. IRE, 1937, v. 25, No. 26.
Letter, Leland Anderson to Nick Basura, March 4, 1977.
Ibid.
New York Times, February 1, 1944, editorial.
Letter, Tesla to Leonard Curtis, 1899.
O'Neill, Genius, pp. 175-76.
Letter, Tesla to Katharine Johnson, March 9, 1899, Special Collections, Butler Library, Columbia University.
Letter, Tesla to Robert U. Johnson, March 25, 1899, Special Collections, Butler Library, Columbia University.
Tesla, "Inventions," pp. 64-67; Electrical Experimenter, June 1919, pp. 112-76.
Ibid.
Tesla, Colorado Springs Notes, pp. 127-33, 165, Tesla Museum with Nollt, Belgrade, Yugoslavia, 1978.
Tesla, Colorado Springs Notes, pp. 167, 168; Leland I. Anderson, Wardenclyffe - A Forfeited Dream," Long Island Forum, August, September 1968. See also The Teslian, November 1955, Butler Library, Columbia University.
James R. Wait, "Propagation of ELF Electromagnetic Waves and Project Sanguine/Seafarer," IEEE Journal of Oceanic Engineering, Vol OE-2, No. 2 (April 1977).
Microfilm letter, George Scherff to Tesla, early 1899, Library of Congress.
Microfilm letter, Tesla to Scherff, April 13, 1899, Library of Congress.
Microfilm letter, Tesla to Robert U. Johnson. August 16, 1899, Library of Congress.
Nikola Tesla. "Transmission of Energy Without Wires," Scientific American Supplement, June 4, 1904, pp. 23760-1. (Reprint of Electrical World & Engineering, March 5, 1904; description of Colorado Springs experiments.)
Tesla, "Transmission"; O'Neill, Genius, p. 180.
Tesla, "Transmission"; Tesla, Colorado Springs Notes, p. 62.
Ibid.
Ibid.
Tesla, Colorado Springs Notes. Microfilm letter, Tesla to George Westinghouse, January 22, 1900, Library of Congrass.
Tesla, Colorado Springs Notes, p. 29.
Nikola Tesla, Minutes of the Edison Medal Meeting, American Institute of Electrical Engineers, May 18, 1917, Smithsonian institution.
Ibid.
Microfilm letter, Tesla to Robert U. Johnson, August 16, 1899, Library of Congress.
Ibid.
O'Neill, Genius, p. 189.
Nikola Tesla, "The Problem of Increasing Human Energy," Century magazine, June 1900, p. 210.
Ibid.
Nikola Tesla. "Talking With Planets," Current Literature, March 1901, p. 359; also Colorado Springs Gazette, March 9, 1901, p. 4, col. 2.
Colorado Springs Gazette, loc. cit.
Tesla, Colorado Springs Notes, p. 367.
Ibid., p. 370.
Ibid.
Microfilm letter, Tesla to George Westinghouse, January 22, 1900, Library of Congress.
Microfilm letter, Tesla to Robert U. Johnson, early 1900, Library of Congress.
Microfilm letter, Tesla to J. Pierpont Morgan, November 26, 1900, Library of Congress.
Microfilm letter, Tesla to Morgan, December 12, 1900, Library of Congress.
Microfilm letter, Morgan to Tesla, February 15, 1901, Library of Congress.
Anderson, "Wardenclyffe."
Ibid.
Microfilm letter, Tesla to Stanford White, September 13, 1901, Library of Congress.
Seattle Sunday Times, Don Duncan's "Driftwood Days," July 1972.
Ibid.
Philadelphia North American, "Lord Kelvin Believes Mars Now Signalling America"; "Tesla Thinks Wind Power Should be Used More Now"; May 18, 1902, Mag. Sec. V.
Ibid.
Philadelphia North American, n.d, Julian Hawthorne Papers, Bancroft Library, University of California.
Ibid.
Letter, Tesla to Hawthorne, n.d., Jillian Hawthorne Papers, Bancroft Library University of California.
New York Times, "Court Excuses Tesla," October 16, 1902.
Microfilm letter, Tesla to George Scherff. n.d., Library of Congress.
Microfilm letter, Tesla to J. Pierpont Morgan, April 8, 1903, Library of Congress.
Microfilm letter, Tesla to Morgan, July 3, 1903, Library of Congress.
Microfilm letter, Morgan to Tesla, July 14, 1903, Library of Congress.
Letter, Richmond Pearson Hobson to Tesla, n.d. (referring to Hobson letter of May 6, 1902), Tesla Museum, Belgrade, Yugoslavia.
Letter, Tesla to George Scherff, July 18, 1905, Butler Library, Columbia University.
Conversation, L. Anderson and Dorothy F. Skerritt, March 24, 1955.