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Electronic digital computer. S. 487. In: Nature. Vol. 162.
London, Macmillan, 1948. - (25,5 x 18 cm). LVIII, 1010 S. Mit zahlreichen Abbildungen. Einfacher Halbleinwandband der Zeit.
Erste Ausgabe. - "The earliest stored program computer to operate was probably a very small experimental machine, built at Manchester University in 1948 principally to test the Williams-tube type of electrostatic store... With only the most rudimentary means of input / output and an extremely limited storage capacity the machine was hardly a practical computer. It served as a prototype for the much larger Manchester Mark I computer" (Randall). - Stempel auf Titel. - Randell S. 379 und 526. - Der Band enthält weiter zwei wichtige medizinische Beiträge von E. L. Smith. Presence of cobalt in the anti-pernicious anaemia factor (Garrison-Morton 1092) und von W. D. M. Paton & E. J. Zaimis (Garrison-Morton 5726 Anm.)
Electronic digital computer. S. 487. In: Nature. Vol. 162.
London, Macmillan, 1948. - (25,5 x 18 cm). LVIII, 1010 S. Mit zahlreichen Abbildungen. Einfacher Halbleinwandband der Zeit.
Erste Ausgabe. - "The earliest stored program computer to operate was probably a very small experimental machine, built at Manchester University in 1948 principally to test the Williams-tube type of electrostatic store... With only the most rudimentary means of input / output and an extremely limited storage capacity the machine was hardly a practical computer. It served as a prototype for the much larger Manchester Mark I computer" (Randall). - Stempel auf Titel. - Randell S. 379 und 526. - Der Band enthält weiter zwei wichtige medizinische Beiträge von E. L. Smith. Presence of cobalt in the anti-pernicious anaemia factor (Garrison-Morton 1092) und von W. D. M. Paton & E. J. Zaimis (Garrison-Morton 5726 Anm.)
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