- The Following Figure Shows The Nuclear Energy Levels Obtained With A Realistic Potential Inside The Red Rectangle Corre 1 (72.11 KiB) Viewed 25 times
The following figure shows the nuclear energy levels obtained with a realistic potential. Inside the red rectangle corresponds to also including the spin-orbit coupling term, use this part of the figure to answer the following questions. 115/2" -3d/2 parity -451/2 -287/2 -1112 + N=6 -345/21 -289/2 (10) -1413/2 (14)-[126] 3pi/2 3p/2 -2f5/2 -2f1/2 [100] N=5 -1/9/2 (12)_[82] -351/2 -[64] - + -3p- -2f- -3s -2d- -1/11/2 -243/2 N=4 -187/2 -2P1/2 N=3 -2p/2 (8) - [28] 1d3/2 (4)-[20] + N=2 { 25/27 [16] 1d5/2 1P1/2 (2)-[8] (4)-[6] N=1 -1p- 1Pan (2)-[2] + N=0 a) Consider the case of "Ca. Which orbitals are occupied by the neutrons and by the protons? What is the total spin and parity for the ground state of "Ca? b) What does "He, "O and "Ca have in common? c) Now we add a neutron to 4Ca, getting "Ca. What is the total spin and parity of the ground state in "Ca. d) Now we add a proton to "Ca. Which nucleus do we get? What is the total spin and parity of the ground state? e) How many particles can you have in the d2 orbital? And in the h₁₂? 2d3/2 189/27 -1fsn -Van | | | | | COANN ||||| (10) ||||||||