Other
Scientific paper
Jan 1965
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1965phrv..137...17m&link_type=abstract
Physical Review, vol. 137, Issue 1A, pp. 17-21
Other
1
Scientific paper
Experimental investigations have been made of the transfer of mercury 2537-Å radiation through a slab of natural mercury gas of various densities and dimensions, using a sinusoidally modulated (ω=2πf, f=5 to 50 kc/sec) radio-frequency-excited (50-Mc/sec) source of 2537-Å radiation. Transmitted radiation has been found to gain in phase relative to the source wave, while that which is scattered at 90° loses phase. From the radiation scattered at 90°, decay time constants of the imprisoned photons have been calculated by using the relation between the time constant T and the phase shift φ, φ=ωT. The relation T~C2K2+C2), where K is a constant, has been found for the dependence on the breadth C of the resonance tube as well as the well known dependence lnT~lnn on the molecular density n. On the other hand, the transmitted radiation obeys a relation Tc~(nA)12 between the time constant Tc corresponding to the advanced phase shift, the thickness A of the resonance tube, and n. The dependences on other factors have also been examined.
Fowler Richard G.
Mochizuki Haruko
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