Difference between revisions of "Thickness of Lead to block photons"
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<math>\frac{h _2}{84.56 + d} = tan(1.95 + .25 \cdot 1.95) => h _2 = .042568d + 3.599557</math> | <math>\frac{h _2}{84.56 + d} = tan(1.95 + .25 \cdot 1.95) => h _2 = .042568d + 3.599557</math> | ||
| − | <math>tan \theta = \frac{ | + | <math>tan \theta = \frac{2.1589 cm}{4.56 cm} => 25.6^{\circ}</math> |
| − | <math>tan \theta = \frac{h _2}{4.56 cm + d} => tan 25.6 =\frac{.042568d + 3.599557}{d + 4.56 cm}</math> | + | <math>tan \theta = \frac{h _2}{4.56 cm + d} => tan (25.6^{\circ}) =\frac{.042568d + 3.599557}{d + 4.56 cm}</math> |
| − | ∴ the thickness of the lead = 3.24 cm | + | ∴ <math>\textbf{the}</math> <math>\textbf{thickness}</math> <math>\textbf{of}</math> <math>\textbf{the}</math> <math>\textbf{lead = 3.24 cm}</math> |
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| + | [http://wiki.iac.isu.edu/index.php/PhotoFission_with_Polarized_Photons_from_HRRL Go Back] | ||