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. Author manuscript; available in PMC: 2010 Nov 8.
Published in final edited form as: J Chem Theory Comput. 2007 Jan 1;3(1):156–169. doi: 10.1021/ct600085e

Table 3.

Distance between atoms at which integral of r−4 over the neck region (defined in equations 1315) has the maximum value, tabulated for a range of radii for atoms 1 and 2, assuming a solvent molecule (Rw) radius of 1.4 Å. These are the values used for d0 in equations 6 and 7. Distances and atom radii in angstroms.

Atom 1
Atom 2
1.20 1.25 1.30 1.35 1.40 1.45 1.50
1.20 2.6797 2.7250 2.7719 2.8188 2.8656 2.9125 2.9609
1.25 2.7359 2.7813 2.8281 2.8750 2.9219 2.9688 3.0156
1.30 2.7922 2.8375 2.8844 2.9297 2.9766 3.0234 3.0719
1.35 2.8500 2.8953 2.9406 2.9859 3.0328 3.0797 3.1266
1.40 2.9062 2.9516 2.9969 3.0422 3.0891 3.1359 3.1828
1.45 2.9625 3.0078 3.0531 3.0984 3.1437 3.1906 3.2375
1.50 3.0188 3.0641 3.1078 3.1547 3.2000 3.2469 3.2922
1.55 3.0750 3.1203 3.1641 3.2094 3.2563 3.3016 3.3484
1.60 3.1313 3.1750 3.2203 3.2656 3.3109 3.3563 3.4031
1.65 3.1875 3.2313 3.2766 3.3203 3.3656 3.4125 3.4578
1.70 3.2437 3.2875 3.3313 3.3766 3.4219 3.4672 3.5125
1.75 3.3000 3.3422 3.3875 3.4312 3.4766 3.5219 3.5688
1.80 3.3547 3.3984 3.4422 3.4875 3.5313 3.5766 3.6234
Atom 1
Atom 2
1.55 1.60 1.65 1.70 1.75 1.80
1.20 3.0078 3.0562 3.1047 3.1531 3.2016 3.2500
1.25 3.0641 3.1109 3.1594 3.2078 3.2563 3.3047
1.30 3.1188 3.1672 3.2141 3.2625 3.3109 3.3594
1.35 3.1750 3.2219 3.2703 3.3172 3.3656 3.4141
1.40 3.2297 3.2766 3.3250 3.3719 3.4203 3.4688
1.45 3.2844 3.3313 3.3797 3.4266 3.4750 3.5234
1.50 3.3391 3.3875 3.4344 3.4813 3.5297 3.5781
1.55 3.3953 3.4422 3.4891 3.5359 3.5844 3.6313
1.60 3.4500 3.4969 3.5438 3.5906 3.6391 3.6859
1.65 3.5047 3.5516 3.5984 3.6453 3.6922 3.7406
1.70 3.5594 3.6063 3.6531 3.7000 3.7469 3.7953
1.75 3.6141 3.6609 3.7078 3.7547 3.8016 3.8484
1.80 3.6688 3.7156 3.7625 3.8094 3.8563 3.9031