PIRA 5N30.00 ELECTROMAGNETIC SPECTRUM

DCS #DEMONSTRATIONREFERENCEABSTRACT
5N30.00Electromagnetic Spectrum
5N30.10project the spectrumPIRA 200Project white light through a high dispersion prism.
5N30.10projected spectrum with prism5N30.10White light is projected through a high dispersion prism.
5N30.10project the spectrum with prismsL-101The optical path for projecting a spectrum using glass or liquid filled prisms.
5N30.10project the continuous spectrumL-106A carbon arc or concentrated filament lamp is used as a source with prism optics.
5N30.10white light with prismL-42Project a slit of light through a prism or hollow prism filled with carbon disulfide.
5N30.15ultraviolet spectrumOk-1A carbon arc is projected through quartz optics and prism to a screen of half white paper and half fluorescent paper.
5N30.30microwave transmitter & receiverPIRA 500
5N30.30microwave transmitter & receiver5N30.30A 12 cm transmitter and receiver are demonstrated.
5N30.30microwave homebrew - 13 cmAJP 51(10),925Build a high quality source and detector for $25. Explicit instructions.
5N30.30microwave unitDisc 21-14A LED bar graph indicates signal strength as a microwave transmitter is rotated around a receiver and as the beam is blocked by a metal sheet.
5N30.31microwave wavelength by phase diff.Ol-1Listen for minima as a second transmitter is moved back and forth a wavelength.
5N30.33microwave resonance33-7.1A modulated signal from a HP 616A generator is passed through a cavity to a detector with provisions to modify the cavity.
5N30.40penetration of X-raysA-106Use the ionization method with an electroscope to show penetration of X-rays.
5N30.41absorption coefficentsA-107Show the thickness of various materials needed to cut the intensity of a beam in half.
5N30.50IR camera and remote control devicePIRA 1000
5N30.50IR from remote control device5N30.50
5N30.50water attenuation of microwaves33-7.3A plexiglass box between the transmitter and receiver has no effect until filled with water.
5N30.50microwave absorptionDisc 21-16Place dry and wet cloths in the microwave beam.
5N30.52IR control devicesPIRA 1000

ReferenceDescription
M-1Sutton
Ma-1Freier & Anderson
M-1dHilton
8-2.8Meiners
1A12.01University of Minnesota Handbook
AJP 52(1),85American Journal of Physics
TPT 15(5),300The Physics Teacher
Disc 01-01The Video Encyclopedia of Physics Demonstrations

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