19 Ιουνίου 2011

Κβαντικοί αριθμοί-στοιβάδες-υποστοιβάδες-τροχιακά-4αδες ηλεκτρονίων.


n
στοιβαδα
l
υποστοιβαδα
ml
τροχιακο
ηλεκτρονια
1
K
0
1s
0
(1,0,0)    1s         
(1,0,0,+1/2)
(1,0,0,-1/2)
2
L
0
2s
0
(2,0,0)    2s
(2,0,0,+1/2)
(2,0,0,-1/2)
1
2p
-1
(2,1,-1)   2py
(2,1,-1,+1/2)
(2,1,-1,-1/2)
0
(2,1,0)    2pz
(2,1,0,+1/2)
(2,1,0,-1/2)
+1
(2,1,+1)  2px
(2,1,+1,+1/2)
(2,1,+1,-1/2)
3
M
0
3s
0
(3,0,0)    3s
(3,0,0,+1/2)
(3,0,0,-1/2)
1
3p
-1
(3,1,-1)   3py
(3,1,-1,+1/2)
(3,1,-1,-1/2)
0
(3,1,0)    3pz
(3,1,0,+1/2)
(3,1,0,-1/2)
+1
(3,1,+1)  3px
(3,1,+1,+1/2)
(3,1,+1,-1/2)
2
3d
-2
(3,2,-2)  3d..
(3,2,-2,+1/2)
(3,2,-2,-1/2)
-1
(3,2,-1)  3d..
(3,2,-1,+1/2)
(3,2,-1,-1/2)
0
(3,2,0)  3d..
(3,2,0,+1/2)
(3,2,0,-1/2)
+1
(3,2,+1)  3d..
(3,2,+1,+1/2)
(3,2,+1,-1/2)
+2
(3,2,+2)  3d..
(3,2,+2,+1/2)
(3,2,+2,-1/2)
4
N
0
4s
0
(4,0,0)    4s
(4,0,0,+1/2)
(4,0,0,-1/2)
1
4p
-1
(4,1,-1)   4py
(4,1,-1,+1/2)
(4,1,-1,-1/2)
0
(4,1,0)    4pz
(4,1,0,+1/2)
(4,1,0,-1/2)
+1
(4,1,+1)  4px
(4,1,+1,+1/2)
(4,1,+1,-1/2)
2
4d
-2
(4,2,-2)  4d..
(4,2,-2,+1/2)
(4,2,-2,-1/2)
-1
(4,2,-1)  4d..
(4,2,-1,+1/2)
(4,2,-1,-1/2)
0
(4,2,0)  4d..
(4,2,0,+1/2)
(4,2,0,-1/2)
+1
(4,2,+1)  4d..
(4,2,+1,+1/2)
(4,2,+1,-1/2)
+2
(4,2,+2)  4d..
(4,2,+2,+1/2)
(4,2,+2,-1/2)
3
4f
-3
(4,3,-3) 4f..
(4,3,-3,+1/2)
(4,3,-3,-1/2)
-2
(4,3,-2)  4f..
(4,3,-2,+1/2)
(4,3,-2,-1/2)
-1
(4,3,-1)  4f..
(4,3,-1,+1/2)
(4,3,-1,-1/2)
0
(4,3,0)  4f..
(4,3,0,+1/2)
(4,3,0,-1/2)
+1
(4,3,+1)  4f..
(4,3,+1,+1/2)
(4,3,+1,-1/2)
+2
(4,3,+2)  4f..
(4,3,+2,+1/2)
(4,3,+2,-1/2)
+3
(4,3,+3) 4f..
(4,3,+3,+1/2)
(4,3,+3,-1/2)

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