61. A 3-in-thick flat-plate iron shield is subjected at one face to 3.0- Mev/photon gamma radiation of uniform 1013 flux

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61. A 3-in-thick flat-plate iron shield is subjected at one face to 3.0- Mev/photon gamma radiation of uniform 1013 flux

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61 A 3 In Thick Flat Plate Iron Shield Is Subjected At One Face To 3 0 Mev Photon Gamma Radiation Of Uniform 1013 Flux 1
61 A 3 In Thick Flat Plate Iron Shield Is Subjected At One Face To 3 0 Mev Photon Gamma Radiation Of Uniform 1013 Flux 1 (460.17 KiB) Viewed 27 times
61. A 3-in-thick flat-plate iron shield is subjected at one face to 3.0- Mev/photon gamma radiation of uniform 1013 flux. If the temperature of both sides of the plate were to remain equal, find (a) the position within the plate at which the maximum temperature occurs: (b) the surface cooling on each side of the plate, in Btu/hr ft², necessary to maintain the above conditions; and (c) the difference between maximum and surface temperatures.
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