PIRA 7B13.00 RESONANCE RADIATION

DCS #DEMONSTRATIONREFERENCEABSTRACT
7B13.00Resonance Radiation
7B13.05triboluminescencePIRA 1000
7B13.05triboluminescenceDisc 25-09Crush wintergreen lifesavers and they give off faint flashes of light.
7B13.10iodine resonance radiationPIRA 500
7B13.10iodine resonance radiation7B13.10Same as Oo-1.
7B13.10iodine resonance radiationOo-1Direct a white light beam through a evacuated flask containing iodine crystals.
7B13.10iodine vapor resonance radiation39-4.1Focus a carbon arc on a large evacuated Florence flask containing iodine crystals.
7B13.10resonance radiation of iodineA-68Pass a cone of white light through an evacuated flask containing heated iodine crystals.
7B13.15resonance radiation of potassium39-4.2Heat a pellet of potassium placed in an evacuated flask while passing white light through the flask
7B13.20sodium vapor beamPIRA 1000
7B13.20sodium vapor beam39-4.4A sodium furnace in an evacuated bell jar produces a sodium vapor beam that forms a "pencil" of resonance reradiation when illuminated with sodium light.
7B13.20resonance radiation - sodium vapor39-4.3A sodium vapor bulb is prepared and heated in a furnace while sodium and mercury light is passed through.
7B13.25Hanle effect39-1.8Measure the resonance polarization of mercury light from a quartz resonance cell of mercury vapor is measured. Diagrams, References.
7B13.40UV spectrum by fluorescencePIRA 1000
7B13.40UV spectrum by fluorescenceL-111A screen painted with quinine sulfate fluoresces in the UV. Use Quartz optics.
7B13.42projected mercury spectum39-1.2The weak lines of the projected mercury spectrum are made visible by painting half of a card with fluorescent paint.
7B13.44ultraviolet lines photographed39-1.3Ultraviolet lines from a carbon arc or mercury lamp are projected onto ultraviolet sensitive photographic paper.
7B13.50fluorescence and phosphorescencePIRA 500
7B13.50black lightOk-2Use a black lamp to illuminate fluorescent materials.
7B13.50flourescenceDisc 25-11A collection of fluorescent materials in black light.
7B13.51fluorescence and phosphorescenceL-114Show many substances that fluoresce and phosphoresce in UV light.
7B13.52fluorescence and phosphorescenceO-11Dyes, cloth, paint, etc. and an interesting retardation demonstration with a vibrating meter stick and a thin transparent film over one eye.
7B13.55luminescencePIRA 1000
7B13.55luminescenceDisc 25-10A glow-in-the-dark sword exposed to black light. The covered portion does not glow as brightly.
7B13.58fluorescence by X-raysA-105An X-ray tube in a box in a dark room is used to show fluorescence in many materials.
7B13.60phosphorescence39-4.5Recipes are given for compounds with different luminescence. Several demonstrations are discussed.
7B13.63phosphorescence decayAJP 29(3),xxvIlluminate a P7 tube face with uv light, then mask half and expose the other half to red light. The masked side will remain luminous.

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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