. The Bell System technical journal . Fig. 6—Shower comprising photons attested by the (curled) tracks of slowelectrons released in the gas. (Anderson and Neddermeyer, California Institute ofTechnology). Fig. 7—Another example of a shower undergoing multiplication as it passes through metal plates. (Fussell) 198 BELL SYSTEM TECHNICAL JOURNAL from atoms of the gas. (The agent which bends them into curlicues is,of course, a magnetic field applied to the whole of the Wilson chamber.)Showers, then, comprise photons as well as charged particles. The 450 2 250 <] P • single particleso shower part
. The Bell System technical journal . Fig. 6—Shower comprising photons attested by the (curled) tracks of slowelectrons released in the gas. (Anderson and Neddermeyer, California Institute ofTechnology). Fig. 7—Another example of a shower undergoing multiplication as it passes through metal plates. (Fussell) 198 BELL SYSTEM TECHNICAL JOURNAL from atoms of the gas. (The agent which bends them into curlicues is,of course, a magnetic field applied to the whole of the Wilson chamber.)Showers, then, comprise photons as well as charged particles. The 450 2 250 <] P • single particleso shower particles^ shower-producing particles
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Keywords: ., bookcentury1900, bookdecade1920, booksubjecttechnology, bookyear1
