3 2 e 2kl fe stm 4 2m t exp i e dv 3e dx nuc coll 15

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 3/ 2 e 2KL FE STM 4 2m T exp I e dV 3e dx nuc coll 15 ZR ( m ) 0.0993 MeV f T ; T exp 4 Z 8 E ( MeV ) 7.3 10 2 2 2 n m n m m n m n n B s B Nuc N 24 B e x r sin cos y r sin sin z r cos dV r dr sin d d (r, , ) R (r ) ( ) ( ) R (r )Y ( , ) P (r ) r R (r ) e L e s e I iA E B L s 2 I 2 2m m m e 9.274 10 J / Tesla 2m                     27 N p e 5.058 10 J / Tesla 2m MO iKx j Ai , j Ai K K K Atoms A Orbitals i (r ) c (r ) ( x ) u ( x )e , where u ( x ) u( x A) 1 r 2 ρ i i i 1 0 i ( or -)n q e V λ e 4 πε r MB B BE FD 2 B F B 1 1 F Aexp( E / k T ) F (E ) F (E ) B exp(E / k T ) 1 exp[(E E ) / k T ] 1 max T = 2.898 x 10 -3 m-K 2 5 2 1 ( , ) 1 hc kT c h I T e R(T) =  T 4 3/ 2 2 2 1/ 2 2 1/ 3 e F F F val 2 3 e (2m ) k E g(E ) E k (3 π n ) 2m 2 π 2 2 A 1 A 2 2 / 3 Z n Z V A S 0 nuc 15 1 / 3 2 nuc initial final 3 Z(Z 1)e (N Z ) B( X ) [Nm Zm( H ) M( X )]c a A a A a 5 4 R A R (1.2 10 m)A Q M M c  ---Tear off this sheet and begin exam---
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