A pressure vessel is protected by a thermal shield. Assuming for simplicity pure gamma radiation of 5.0 Mev /photon and 10 photon/sec.cm flux reaching the vessel ,calculate a)the thickness of an iron thermal shield that would reduce the above flux by 90% and b)the heat generated in the thermal shield in Btu/hr.ft Ignore secondary radiation and curvature of the shield. Q2 / A pressure vessel is protected by a thermal shield. Assuming forsimplicity pure gamma radiation of 5.0 Mev /photon and 104photon/sec.cm flux reaching the vessel ,calculate a)the thickness of aniron thermal shield that would reduce the above flux by 90% and b)theheat generated in the thermal shield in Btu/hr.ft .Ignore secondaryradiation and curvature of the shield.

(a) The gamma radiation at any depth x of the shield is obtained by the formula, IB=IAe-μx HereIB =…

Answered: A pressure vessel is protected by a…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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A pressure vessel is protected by a thermal shield. Assuming for simplicity pure gamma radiation of 5.0 Mev /photon and 10 photon/sec.cm flux reaching the vessel ,calculate a)the thickness of an iron thermal shield that would reduce the above flux by 90% and b)the heat generated in the thermal shield in Btu/hr.ft Ignore secondary radiation and curvature of the shield.

Q2 / A pressure vessel is protected by a thermal shield. Assuming for
simplicity pure gamma radiation of 5.0 Mev /photon and 104
photon/sec.cm flux reaching the vessel ,calculate a)the thickness of an
iron thermal shield that would reduce the above flux by 90% and b)the
heat generated in the thermal shield in Btu/hr.ft .Ignore secondary
radiation and curvature of the shield.

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