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DTSTART:20180311T030000
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DTSTAMP:20180605T083520Z
UID:0B291FDC-84C9-41D2-9A38-56133569AB11
DTSTART;TZID=America/New_York:20180604T180000
DTEND;TZID=America/New_York:20180604T200000
DESCRIPTION:Abstract—Some new perspectives are presented on the seminal e
 xperiment Hertz carried out in 1888 to establish the validity of Maxwell
 ’s theory by showing that the velocity of man-made electromagnetic waves
  was the same as that of light. Both measured and theoretical results are 
 given that were obtained using modern tools of measurement and analysis. T
 ime-dependent waveforms are shown that were obtained using a digital oscil
 loscope to measure both the input voltage pulse provided by a small induct
 ion coil and the radiated field produced by replicas of the antennas Hertz
  employed. The standing waves Hertz observed using micrometer-driven spark
  gaps at the terminals of his receiving loops are shown to correlate well 
 with the RMS value of the entire transient field produced by a single disc
 harge. Results obtained from the use of both circuit theory and modern ant
 enna software are shown to be in substantial agreement with measurements e
 xcept where noted. Deficiencies imposed by the laboratory where Hertz work
 ed are discussed.\n\nKeywords—dipole antenna\; sparks\; electromagnetic 
 measurements\; electromagnetic radiation\; equivalent circuits\; history.\
 n\nSpeaker(s): Ted Simpson\, David Metts\n\nRoom: 1A05\, Bldg: Swearingen\
 , University of South Carolina\, Columbia\, South Carolina\, United States
LOCATION:Room: 1A05\, Bldg: Swearingen\, University of South Carolina\, Col
 umbia\, South Carolina\, United States
ORGANIZER:sbozinovski@scsu.edu
SEQUENCE:3
SUMMARY:Revisiting the laboratory of Heinrich Hertz in 1888
URL;VALUE=URI:https://events.vtools.ieee.org/m/173315
X-ALT-DESC:Description: <br /><p id="E171" class="qowt-stl-Normal"><span id
 ="E172" class="qowt-font5-Carlito">Abstract&mdash\;Some new perspectives a
 re presented on the seminal experiment Hertz carried out in 1888 to establ
 ish the validity of Maxwell&rsquo\;s theory by showing that the velocity o
 f man-made electromagnetic waves was the same as that of light. Both measu
 red and theoretical results are given that were obtained using modern tool
 s of measurement and analysis. Time-dependent waveforms are shown that wer
 e obtained using a digital oscilloscope to measure both the input voltage 
 pulse provided by a small induction coil and the radiated field produced b
 y replicas of the antennas Hertz employed. The standing waves Hertz observ
 ed using micrometer-driven spark gaps at the terminals of his receiving lo
 ops are shown to correlate well with the RMS value of the entire transient
  field produced by a single discharge. Results obtained from the use of bo
 th circuit theory and modern antenna software are shown to be in substanti
 al agreement with measurements except where noted. Deficiencies imposed by
  the laboratory where Hertz worked are discussed.</span></p>\n<p id="E173"
  class="qowt-stl-Normal"><span class="qowt-font5-Carlito">&nbsp\;</span></
 p>\n<p id="E174" class="qowt-stl-Normal"><span id="E175" class="qowt-font5
 -Carlito">Keywords&mdash\;dipole antenna\; sparks\; electromagnetic measur
 ements\; electromagnetic radiation\; equivalent circuits\; history.</span>
 </p>\n<p id="E177" class="qowt-stl-Normal">&nbsp\;</p>
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