![The Bell System technical journal . in conventional magnetic sound recording, giving therefore,a longitudinal polarization to the medium as sketched diagrammati-cally in Fig. 2. There is very little further resemblance to The Bell System technical journal . in conventional magnetic sound recording, giving therefore,a longitudinal polarization to the medium as sketched diagrammati-cally in Fig. 2. There is very little further resemblance to](https://c8.alamy.com/comp/2CRW29H/the-bell-system-technical-journal-in-conventional-magnetic-sound-recording-giving-thereforea-longitudinal-polarization-to-the-medium-as-sketched-diagrammati-cally-in-fig-2-there-is-very-little-further-resemblance-to-sound-record-ing-since-digital-information-is-stored-in-a-binary-or-two-valued-codewhich-on-the-translator-drum-is-represented-by-the-two-possible-polari-ties-of-saturation-of-the-magnetic-medium-to-one-of-these-polarities-isassigned-the-code-value-o-and-this-condition-prevails-except-wherethe-opposite-polarity-is-inserted-to-represent-the-code-value-1-it-should-be-me-2CRW29H.jpg)
The Bell System technical journal . in conventional magnetic sound recording, giving therefore,a longitudinal polarization to the medium as sketched diagrammati-cally in Fig. 2. There is very little further resemblance to
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Optical Matrix Elements of Single-Walled Carbon Nanotubes for Longitudinal Polarization of Light - Wolfram Demonstrations Project
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