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nd density = 1 g/cm³.

nd density = 1 g/cm³.

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1. Figure 1 shows the energy deposited in a small volume. Assume that mass = 1 x 10° g and density = 1 g/cm³. e T3 hvs 0.6 MeV hvs = 0.561 MeV 0.01 MeV hva T2 hv3 hvi 0.07 MeV 1 MeV 0.215 MeV hva 10 MeV 2 MeV T3 hve = 0.561 MeV hv 1.5 MeV hvs hv S0.25 MeV Т 0.5 MeV 3 MeV Figure 1 Referring to Figure 1, i) Is charged particle equilibrium (CPE) established? Why? ii) Please proved your answer for (i) through calculation of Ke and D (Gy). iii) State how CPE can be established.
Transcribed Image Text:1. Figure 1 shows the energy deposited in a small volume. Assume that mass = 1 x 10° g and density = 1 g/cm³. e T3 hvs 0.6 MeV hvs = 0.561 MeV 0.01 MeV hva T2 hv3 hvi 0.07 MeV 1 MeV 0.215 MeV hva 10 MeV 2 MeV T3 hve = 0.561 MeV hv 1.5 MeV hvs hv S0.25 MeV Т 0.5 MeV 3 MeV Figure 1 Referring to Figure 1, i) Is charged particle equilibrium (CPE) established? Why? ii) Please proved your answer for (i) through calculation of Ke and D (Gy). iii) State how CPE can be established.
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