M.L. Crow
Los Alamos National Laboratory
3 Papers
113 Citations
M.L. Crow is an academic researcher from Los Alamos National Laboratory. The author has contributed to research in topics: Neutron scattering & Automation. The author has an hindex of 2, co-authored 2 publications.
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Papers
An 800-mev proton radiography facility for dynamic experiments
Nicholas S. P. King,E. Ables,Kenneth Adams,K.R. Alrick,James F. Amann,Stephen Balzar,Peter D. Barnes,M.L. Crow,S.B. Cushing,J.C Eddleman,T.T. Fife,Paul Flores,D. Fujino,Robert A. Gallegos,N.T. Gray,E. P. Hartouni,Gary E. Hogan,V. H. Holmes,Steven A. Jaramillo,J.N Knudsson,R.K. London,R.R Lopez,Thomas E. McDonald,J.B. McClelland,Frank E. Merrill,K. B. Morley,Christopher Morris,F.J. Naivar,E.L Parker,H.-S. Park,Peter Pazuchanics,C. Pillai,C. M. Riedel,J. S. Sarracino,F.E. Shelley,H. L. Stacy,B.E. Takala,Richard H. Thompson,H.E. Tucker,George J. Yates,Hans-Joachim Ziock,J. D. Zumbro +41 more
TL;DR: In this article, a series of proton bursts are transmitted through a dynamic object and transported, via a unique magnetic lens system, to an image plane to produce proton radiographs, which are recorded either on a time integrating film plate or with a recently developed multi-frame electronic imaging camera system.
Proton radiography
Gary E. Hogan,Kenneth Adams,K.R. Alrick,James F. Amann,J.G. Boissevain,M.L. Crow,S.B. Cushing,J.C. Eddelman,C. Espinoza,T.T. Fife,Robert A. Gallegos,J.J. Gomez,T.J. Gorman,N.T. Gray,V. H. Holmes,Steven A. Jaramillo,N.S.P. King,J. N. Knudson,R.K. London,R. P. Lopez,J.B. McClelland,Frank E. Merrill,K. B. Morley,Christopher Morris,C. T. Mottershead,K.L. Mueller,F.A. Neri,D.M. Numkena,Peter Pazuchanics,C. Pillai,R.E. Prael,C. M. Riedel,J. S. Sarracino,Alexander Saunders,H. L. Stacy,B.E. Takala,H.A. Thiessen,H.E. Tucker,P. L. Walstrom,George J. Yates,Hans-Joachim Ziock,J. D. Zumbro,E. Ables,Maurice B. Aufderheide,Peter D. Barnes,R. M. Bionta,D. Fujino,E. P. Hartouni,H.-S. Park,R. A. Soltz,Douglas Wright,S. Balzer,Paul Flores,R.T. Thompson,A. Pendzick,R. Prigl,J. Scaduto,E.T. Schwaner,John M. O'Donnell +58 more
- 01 Jan 1999
TL;DR: Proton Radiography has high penetrating power, high detection efficiency, small-scattered background, inherent multi-pulse capability, and large standoff distances between test objects and detectors.
115
Modern Trends in Neutron Scattering Instrument Technologies
George E. Ehlers,M.L. Crow,Yacouba Diawara,Franz X. Gallmeier,X. Geng,Garrett E. Granroth,Ray Gregory,Fahima Islam,Robert O. Knudson,Fankang Li,Matthew S. Loyd,Bogdan Vacaliuc +11 more
TL;DR: A review of current trends in the development of neutron scattering instrument technologies can be found in this paper , where a few recent developments in the areas of integrated source and instrument design, use of computational tools, new detectors, and experiment automation are discussed.