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- Monday, June 18, 1984
- TWO-STEP OPTOGALVANIC EFFECT USING INTERSECTING LASER BEAMS:
- Published at:PHYSICS LETTERS, Volume 103A, number 1,2,18 June 1984
Electric fields in the cathode fall region of a glow discharge are accurately measured in a small volume defined by the intersection of two laser beams. The fields are determined from linear Stark effects in Rydberg levels. The Rydberg atoms are produced via a two-step laser excitation and detected with optogalvanic effects.
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