Study of excited electronic states of the $^{39}$KCs molecule correlated with the K($4^2$S)+Cs($5^2$D) asymptote: experiment and theory”
J. Szczepkowski, A. Grochola, W. Jastrzebski, P. Kowalczyk, R. Vexiau, N. Bouloufa-Maafa, O. Dulieu

Supplementary materials
----------------------------------
Spin-orbit coupling matrix elements for the subspace of states with projection of the total electronic angular momentum $\Omega=1$.

The diagonal matrix elements for  (1)^3Delta state.

 
   R[A]         SO [cm^-1]
----------------------------------
  3.3867        -31.139
  3.5455        -31.031
  3.7042        -30.895
  3.8630        -30.790
  4.0217        -30.723
  4.1805        -30.770
  4.3393        -30.920
  4.4980        -31.178
  4.6568        -31.548
  4.8155        -32.014
  4.9743        -32.547
  5.1330        -33.136
  5.2918        -33.752
  5.4505        -34.376
  5.6093        -34.980
  5.7680        -35.549
  5.9268        -36.066
  6.0855        -36.523
  6.2443        -36.923
  6.4030        -37.265
  6.5618        -37.554
  6.7206        -37.796
  6.8793        -37.997
  7.0381        -38.163
  7.1968        -38.299
  7.3556        -38.412
  7.5143        -38.505
  7.6731        -38.582
  7.8318        -38.646
  7.9906        -38.700
  8.1493        -38.744
  8.3081        -38.781
  8.4668        -38.813
  8.6256        -38.840
  8.7843        -38.863
  8.9431        -38.883
  9.1018        -38.899
  9.2606        -38.914
  9.4194        -38.927
  9.5781        -38.938
  9.7369        -38.947
  9.8956        -38.956
  10.054        -38.963
  10.213        -38.970
  10.372        -38.976
  10.531        -38.981
  10.689        -38.985
  10.848        -38.989
  11.007        -38.993
  11.166        -38.996
  11.324        -38.999
  11.483        -39.002
  11.642        -39.005
  11.801        -39.007
  11.959        -39.009
  12.118        -39.011
  12.277        -39.012
  12.436        -39.014
  12.594        -39.015
  12.753        -39.016
  12.912        -39.017
  13.071        -39.019
  13.229        -39.019
  13.388        -39.020
  13.547        -39.021
  13.706        -39.022
  13.864        -39.023
  14.023        -39.023
  14.182        -39.024
  14.341        -39.024
  14.499        -39.025
  14.658        -39.025
  14.817        -39.026
  14.976        -39.026
  15.134        -39.026
  15.293        -39.027
  15.452        -39.027
  15.611        -39.027
  15.769        -39.028
  15.928        -39.028
  16.087        -39.028
  16.246        -39.028
  16.404        -39.029
  16.563        -39.029
  16.722        -39.029
  16.881        -39.029
  17.040        -39.029
  17.198        -39.029
  17.357        -39.030
  17.516        -39.030
  17.675        -39.030
  17.833        -39.030
  17.992        -39.030
  18.151        -39.030
  18.310        -39.030
  18.468        -39.030
  18.627        -39.030
  18.786        -39.031
  18.945        -39.031
  19.103        -39.031
  19.262        -39.031
  19.421        -39.031
  19.580        -39.031
  19.738        -39.031
  19.897        -39.031
  20.056        -39.031
  20.215        -39.031
  20.373        -39.031
  20.532        -39.031
  20.691        -39.031
  20.850        -39.031
  21.008        -39.031
  21.167        -39.031
  21.326        -39.031
  21.485        -39.031
  21.643        -39.031
  21.802        -39.031
  21.961        -39.031
  22.120        -39.031
  22.278        -39.032
  22.437        -39.032
  22.596        -39.032
  22.755        -39.032
  22.913        -39.032
  23.072        -39.032
  23.231        -39.032
  23.390        -39.032
  23.548        -39.032
  23.707        -39.032