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- W2020833689 abstract "Abstract A time-resolved spectroscopy technique has been used to measure the fine structure of the n = 4 state of hydrogen. The excited hydrogen atoms were formed by the use of an electron beam to dissociate molecular hydrogen. The resonance transitions were observed by keeping the radio frequency field fixed and sweeping the magnetic field. Measurements on deuterium were used to study the effects of pressure and motional electric fields. The 2 S 1 2 → 2 P 1 2 Lamb shift transition L , the 2 P 3 2 → 2 S 1 2 fine structure interval ΔE − L, and the ambient electric field in the measurement volume were determined by using measurements on three separate transitions made at fixed magnetic field. The measurements gave and" @default.
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- W2020833689 title "Measurement of the fine structure of the n = 4 state of hydrogen" @default.
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