Flash radiography with 24 GeV/c protons | Zendy

C. L. Morris | Zendy; E. Ables | Zendy; K.R. Alrick | Zendy; Maurice B. Aufderheide | Zendy; P. D. Barnes | Zendy; K.L. Buescher | Zendy; D.J. Cagliostro | Zendy; D. A. Clark | Zendy; D. Clark | Zendy; C. Espinoza | Zendy; E. N. Ferm | Zendy; Robert A. Gallegos | Zendy; S. Gardner | Zendy; J.J. Gómez | Zendy; G.A. Greene | Zendy; A. O. Hanson | Zendy; E. P. Hartouni | Zendy; G. E. Hogan | Zendy; Nicholas S. P. King | Zendy; K. Kwiatkowski | Zendy; R. P. Liljestrand | Zendy; Fesseha Mariam | Zendy; F. E. Merrill | Zendy; D.V. Morgan | Zendy; K.B. Morley | Zendy; C.T. Mottershead | Zendy; M. Murray | Zendy; Peter Pazuchanics | Zendy; James E. Pearson | Zendy; John Sarracino | Zendy; A. Saunders | Zendy; J. Scaduto | Zendy; A. E. Schach von Wittenau | Zendy; R. A. Soltz | Zendy; S. M. Sterbenz | Zendy; R. Terry Thompson | Zendy; Kevin R. Vixie | Zendy; M. D. Wilke | Zendy; D. M. Wright | Zendy; John D. Zumbro | Zendy

AI Assistant Blog Pricing

Home ZAIA Blog

Open Access

Flash radiography with 24 GeV/c protons

Author(s) -

C. L. Morris,

E. Ables,

K.R. Alrick,

Maurice B. Aufderheide,

P. D. Barnes,

K.L. Buescher,

D.J. Cagliostro,

D. A. Clark,

D. Clark,

C. Espinoza,

E. N. Ferm,

Robert A. Gallegos,

S. Gardner,

J.J. Gómez,

G.A. Greene,

A. O. Hanson,

E. P. Hartouni,

G. E. Hogan,

Nicholas S. P. King,

K. Kwiatkowski,

R. P. Liljestrand,

Fesseha Mariam,

F. E. Merrill,

D.V. Morgan,

K.B. Morley,

C.T. Mottershead,

M. Murray,

Peter Pazuchanics,

James E. Pearson,

John Sarracino,

A. Saunders,

J. Scaduto,

A. E. Schach von Wittenau,

R. A. Soltz,

S. M. Sterbenz,

R. Terry Thompson,

Kevin R. Vixie,

M. D. Wilke,

D. M. Wright,

John D. Zumbro

Publication year - 2011

Publication title -

journal of applied physics

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.699

H-Index - 319

eISSN - 1089-7550

pISSN - 0021-8979

DOI - 10.1063/1.3580262

Subject(s) - radiography , wedge (geometry) , physics , flash (photography) , image resolution , hadron , spheres , position (finance) , resolution (logic) , computational physics , optics , nuclear physics , nuclear medicine , computer science , artificial intelligence , medicine , finance , astronomy , economics

The accuracy of density measurements and position resolution in flash (40 ns) radiography of thick objects with 24 Gev/c protons is investigated. A global model fit to step wedge data is shown to give a good description spanning the periodic table. The parameters obtained from the step wedge data are used to predict transmission through the French Test Object (FTO), a test object of nested spheres, to a precision better than 1%. Multiple trials have been used to show that the systematic errors are less than 2%. Absolute agreement between the average radiographic measurements of the density and the known density is 1%. Spatial resolution has been measured to be 200 μm at the center of the FTO. These data verify expectations of the benefits provided by high energy hadron radiography for thick objects.

The content you want is available to Zendy users.

Already have an account? Click here to sign in.

Having issues? You can contact us here

Accelerating Research