Cross sections for dissociative recombination of ArH+ and NeH+ calculated using MQDT

In dissociative recombination, an electron is captured by a molecular ion and this is followed by dissociation into neutral atoms. We have here performed MQDT (Multi-channel Quantum Defect Theory) calculations on dissociative recombination of ArH+ and NeH+ at low collision energies (The data contains calculated total cross section of dissociative recombination of different isotoplogues of ArH+ and NeH+ in ro-vibrational states (v,j). The files contain two columns: Collision energy (in eV), Cross section (in cm2). The following cross sections are provided:36ArH+(v=0,j=0): 36ArH_DRcross_v0j0.txt38ArH+(v=0,j=0): 38ArH_DRcross_v0j0.txt40ArH+(v=0,j=0): 40ArH_DRcross_v0j0.txt40ArH+(v=0,j=1): 40ArH_DRcross_v0j1.txt40ArH+(v=0,j=2): 40ArH_DRcross_v0j2.txt40ArD+(v=0,j=0): 40ArH_DRcross_v0j0.txt20NeH+(v=0,j=0): 20NeH_DRcross_v0j0.txt20NeH+(v=0,j=1): 20NeH_DRcross_v0j1.txt20NeH+(v=0,j=2): 20NeH_DRcross_v0j2.txt20NeH+(v=0,j=3): 20NeH_DRcross_v0j3.txt20NeH+(v=0,j=4): 20NeH_DRcross_v0j4.txt20NeH+(v=0,j=5): 20NeH_DRcross_v0j5.txt20NeH+(v=0,j=6): 20NeH_DRcross_v0j6.txt20NeH+(v=0,j=7): 20NeH_DRcross_v0j7.txt20NeH+(v=0,j=8): 20NeH_DRcross_v0j8.txt20NeD+(v=0,j=0): 20NeD_DRcross_v0j0.txt