A measurement of energy loss distributions of energetic muons in iron | Zendy

R. Kopp | Zendy; A. Argento | Zendy; A. C. Benvenuti | Zendy; D. Bollini | Zendy; G. Bruni | Zendy; T. Camporesi | Zendy; M. Cribier | Zendy; J. Cvach | Zendy; N.G. Fadeev | Zendy; J. Feltesse | Zendy; I.A. Golutvin | Zendy; M. Goossens | Zendy; G. Heiman | Zendy; D. Jamnik | Zendy; Yu.T. Kiryushin | Zendy; V.S. Kisselev | Zendy; M. Klein | Zendy; V.G. Krivokhizhin | Zendy; V. Kukhtin | Zendy; W. Lohmann | Zendy; U. MeyerBerkhout | Zendy; A. Milsztajn | Zendy; L. Monari | Zendy; F. L. Navarria | Zendy; W.D. Nowak | Zendy; A. Ouraou | Zendy; L. Piemontese | Zendy; P. Rich-Hennion | Zendy; Y. Sacquin | Zendy; I. Savin | Zendy; G. Smadja | Zendy; G.I. Smirnov | Zendy; A. Staude | Zendy; K.M. Teichert | Zendy; R. Tirler | Zendy; Galina TODOROVA | Zendy; Plamen Todorov | Zendy; P. Verrecchia | Zendy; G. Vesztergombi | Zendy; M. Virchaux | Zendy; A. Volodko | Zendy; R. Voss | Zendy; J. Žáček | Zendy; Č. Zupančič | Zendy

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A measurement of energy loss distributions of energetic muons in iron

Author(s) -

R. Kopp,

A. Argento,

A. C. Benvenuti,

D. Bollini,

G. Bruni,

T. Camporesi,

M. Cribier,

J. Cvach,

N.G. Fadeev,

J. Feltesse,

I.A. Golutvin,

M. Goossens,

G. Heiman,

D. Jamnik,

Yu.T. Kiryushin,

V.S. Kisselev,

M. Klein,

V.G. Krivokhizhin,

V. Kukhtin,

W. Lohmann,

U. MeyerBerkhout,

A. Milsztajn,

L. Monari,

F. L. Navarria,

W.D. Nowak,

A. Ouraou,

L. Piemontese,

P. Rich-Hennion,

Y. Sacquin,

I. Savin,

G. Smadja,

G.I. Smirnov,

A. Staude,

K.M. Teichert,

R. Tirler,

Galina TODOROVA,

Plamen Todorov,

P. Verrecchia,

G. Vesztergombi,

M. Virchaux,

A. Volodko,

R. Voss,

J. Žáček,

Č. Zupančič

Publication year - 1985

Publication title -

zeitschrift für physik c

Language(s) - English

Resource type - Journals

eISSN - 1431-5858

pISSN - 0170-9739

DOI - 10.1007/bf01575720

Subject(s) - muon , monte carlo method , stopping power , nuclear physics , energy spectrum , physics , energy (signal processing) , tree traversal , computational physics , metre , statistical physics , computer science , statistics , mathematics , optics , algorithm , detector , astronomy , quantum mechanics

The energy-loss spectrum of high energy muons after traversal of a 10 meter iron degrader has been measured with an accuracy of better than 1%. Data taken at energies between 50 and 120 GeV are in agreement with predictions from a Monte Carlo program based on the most recent theoretical descriptions of all relevant processes. The stopping power calculated by this program deviates up to several percent from earlier calculations.

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