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forum:data:2019:density_matrix_plots [2019/01/31 20:45] – Created from the form at forum:start Hebatalla Elnaggarforum:data:2019:density_matrix_plots [2019/02/01 11:42] (current) – Maurits W. Haverkort
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 1- Jex parallel to the X axis with no spin-orbit coupling. The first 3 ground-states are: 1- Jex parallel to the X axis with no spin-orbit coupling. The first 3 ground-states are:
- #   <E>       <S^2>    <L^2>    <J^2>    <Sx>     <Lx>     <Np>      <Nd>     <NL>+  #   <E>       <S^2>    <L^2>    <J^2>    <Sx>     <Lx>     <Np>      <Nd>     <NL>
   1  -5.6576   8.7500  -0.0000   8.7500  -2.5000   0.0000   6.0000   5.0000  10.0000   1  -5.6576   8.7500  -0.0000   8.7500  -2.5000   0.0000   6.0000   5.0000  10.0000
   2  -5.5676   8.7500  -0.0000   8.7500  -1.5000   0.0000   6.0000   5.0000  10.0000   2  -5.5676   8.7500  -0.0000   8.7500  -1.5000   0.0000   6.0000   5.0000  10.0000
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 4- Jex aligned 30 degrees from the Y axis (rotation about the Z-axis) with 100% spin-orbit coupling. The first 3 ground-states are: 4- Jex aligned 30 degrees from the Y axis (rotation about the Z-axis) with 100% spin-orbit coupling. The first 3 ground-states are:
- #     <E>      <S^2>    <L^2>    <J^2>    <S||>    <L||>     <Np>      <Nd>     <NL>+  #     <E>      <S^2>    <L^2>    <J^2>    <S||>    <L||>     <Np>      <Nd>     <NL>
   1  -5.6621   8.7439   0.0030   8.7505  -2.4988  -0.0012   6.0000   5.0000  10.0000   1  -5.6621   8.7439   0.0030   8.7505  -2.4988  -0.0012   6.0000   5.0000  10.0000
   2  -5.5722   8.7437   0.0031   8.7505  -1.4993  -0.0007   6.0000   5.0000  10.0000   2  -5.5722   8.7437   0.0031   8.7505  -1.4993  -0.0007   6.0000   5.0000  10.0000
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 Below is the script I used: Below is the script I used:
----------------------------+ 
 +<code>
  
 function TableToMathematica(t) function TableToMathematica(t)
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 os.exit() os.exit()
  
 +</code>
  
 </WRAP> </WRAP>

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