Nuclear Physics - Calculate a range for alpha for a bare spherical system using the extrapolated boundary condition with
Posted: Sat Feb 26, 2022 11:45 am
Nuclear Physics -
Calculate a range for alpha for a bare spherical system using
the extrapolated boundary condition with the following
conditions:
Only do two iterations. List all the equations used, as
well as the calculated values at each step. Start the first
iteration at α = 0 shakes and start the second iteration at α = 1
shake. This will give you a range for α.
- 100% U-235 - R= 10 cm Material density = 1.5po - Po = 18.9 g/cm3 =1.44 b. -vo, =3.32 b. - Op=5.99 b. VO Ogr - v=1x10 m - 0
Calculate a range for alpha for a bare spherical system using
the extrapolated boundary condition with the following
conditions:
- Nuclear Physics Calculate A Range For Alpha For A Bare Spherical System Using The Extrapolated Boundary Condition With 1 (11.38 KiB) Viewed 42 times
well as the calculated values at each step. Start the first
iteration at α = 0 shakes and start the second iteration at α = 1
shake. This will give you a range for α.
- 100% U-235 - R= 10 cm Material density = 1.5po - Po = 18.9 g/cm3 =1.44 b. -vo, =3.32 b. - Op=5.99 b. VO Ogr - v=1x10 m - 0