Buck, Dudley Allen, 1927-1959
- Existence: 1927 - 1959
Found in 25 Collections and/or Records:
A Comparison Between Square-Loop Metals and Ferrites for High-Speed Pulsed Operation, 1954 February 4
MIT DIC 6889. Project Whirlwind Engineering Note E-454. A non-destructive read system for magnetic cores is proposed which involves a quadrature field and which promises to be fast.
MIT DIC 6889. Project Whirlwind Memo M-1929. The undersigned continued the discussion on FeNi₃ initiated by Dudley Buck at the seminar on magnetism, the meaning of order-disorder and entropy were examined. Hysteresis loops, saturation magnetization and Curie point of ordered and disordered states were contrasted and their differences tentatively explained.
MIT DIC 6345. Project Whirlwind Memo M-1335. Master's Thesis Proposal: An Investigation of Ferroelectrics for Digital Information Storage.
MIT DIC 6345. Project Whirlwind Engineering Note E-438. Magnetic materials suitable for multi-dimensional memories have recently become candidates for circuit elements in other parts of a digital computer. Their possible uses in binary counters and as pulse-operated gates are being considered.
Ferroelectrics for Digital Information Storage and Switching (Abstract of R-212, a Master's Thesis), 1952 November 20
Project Whirlwind Engineering Note E-504. This memorandum contains the abstract of Report R-212, a Master's Thesis, by Dudley A. Buck.
MIT DIC 6889. Project Whirlwind Memo M-2167. Aside from all second-order effects, there is an unwanted output voltage inherent in magnetic-memory arrays due to cores whose half-selected output voltages do not cancel. This voltage is due to two cores in the arrays presently in use but can be due to three or four cores in other rectangular arrays.
MIT DIC 6889. Project Whirlwind Memo M-1934. This memo is a summary of a Group 63 seminar on magnetism. Topics include the Hartree and Hartree-Fock methods of arriving at a self-consistent field determination.
MIT DIC 6889. Project Whirlwind Engineering Note E-477. This paper was prepared at the request of Professor Arthur R. von Hippel for presentation at a summer symposium on the Theory and Applications of Dielectric Materials, September 3-12, 1952, at the Massachusetts Institute of Technology.
MIT DIC 6889. Project Whirlwind Memo M-1381. The following analysis of a magnetic-core memory shows the extent to which the quiescent internal impedance of the row and column drivers affects the selection ratio.
Project Whirlwind Memo M-1376. Report No. 1. Progress Report to the Department Committee on Graduate Study and Research on an Investigation of Ferroelectrics for Digital Information Storage.
Project Whirlwind Memo M-1450. Report No. 2. Progress Report to the Department Committee on Graduate Study and Research on an Investigation of Ferroelectrics for Digital Information Storage.
MIT DIC 6345. Project Whirlwind Administrative Memo M-1108. Memorandum from project Whirlwind research teams on control of the special display for electronic digital computers.
Project Whirlwind Engineering Note E-460. A multi-position ferroelectric switch is proposed which can accomplish many of the switching tasks in an information handling system; in particular, it can select among rods and columns of a ferroelectric memory. The logical circuitry of the ferroelectric switch can be painted directly onto the two sides of a thin ferroelectric sheet.
Trip Report of Visit to Bell Telephone Laboratories, IBM, Glenco Naval Research Laboratory and Dr. C. F. Pulvari, 1952 July 17
Trip Report: Trip to IRE, Bell Telephone Laboratories, Glenco, Naval Ordnance Laboratory, Professor Pulvari, Cavitron, Mullard, RCA, and NSA, March 23-31, 1954., 1954 April 13
MIT DIC 6889. Project Whirlwind Memo M-2778. A trip was made to various laboratories investigating ferroelectric and ferromagnetic materials for information storage and switching. Information is listed by topics.
MIT DIC 6889. Project Whirlwind Memo M-2843. A trip was made to the Burroughs Research Center to discuss magnetic-core computer components and fabrication of metal cores. They are planning to make and improve metal cores and they have used magnetic cores in logical switching applications.
Trip to Linde Corporation, Tonawanda, New York, August 17, 1953, to Discuss Growth and Procurement of Ferrite Single Crystals, 1953 September 8
MIT DIC 6889. Project Whirlwind Memo M-2398. The Linde Corporation is growing ferrite single crystals by the Verneuil process. They are of interest to this laboratory for basic studies of the switching mechanism of ferrites.
MIT DIC 6889. Project Whirlwind Memo M-1705. On October 28, 1952, D. R. Brown, P. K. Baltzer and D. A. Buck of this laboratory visited the Bell Telephone Laboratories at Murray Hill, New Jersey, to discuss magnetic materials research with the following Bell men: R. M. Bozorth, H. J. Williams, M. Goertz, J. K. Galt, F. J. Schnettler, V. E. Legg, J. R. Anderson, S. O. Morgan, J. H. Scaff.