ASE database

ID Formula Charge Maximum force Mass ads_site str_E distance
1 Au54H 0.000 0.008 10637.203 2f -168.070 0.464
2 Au54He 0.000 0.006 10640.197 2f -165.069 3.597
3 Au54Li 0.000 0.008 10643.135 2f -168.230 1.620
4 Au54Be 0.000 0.008 10645.207 2f -169.147 0.461
5 Au54B 0.000 0.008 10647.005 2f -171.055 0.094
6 Au54C 0.000 0.009 10648.206 2f -171.207 0.055
7 Au54N 0.000 0.008 10650.202 2f -170.577 0.748
8 Au54O 0.000 0.009 10652.194 2f -169.926 0.843
9 Au54F 0.000 0.005 10655.193 2f -168.695 1.259
10 Au54Ne 0.000 0.010 10656.374 2f -165.085 3.424
11 Au54Na 0.000 0.005 10659.184 2f -167.652 2.111
12 Au54Mg 0.000 0.010 10660.500 2f -167.509 1.410
13 AlAu54 0.000 0.010 10663.176 2f -169.611 0.934
14 Au54Si 0.000 0.006 10664.280 2f -170.944 0.866
15 Au54P 0.000 0.006 10667.168 2f -171.031 1.150
16 Au54S 0.000 0.007 10668.255 2f -169.906 1.251
17 Au54Cl 0.000 0.010 10671.645 2f -167.868 1.721
18 Au54Ar 0.000 0.006 10676.143 2f -165.095 3.651
19 Au54H 0.000 0.010 10637.203 1b -168.428 0.885
20 Au54He 0.000 0.009 10640.197 1b -165.069 3.568
21 Au54Li 0.000 0.009 10643.135 1b -167.904 1.954
22 Au54Be 0.000 0.009 10645.207 1b -167.816 1.213
23 Au54B 0.000 0.009 10647.005 1b -169.754 0.861
24 Au54C 0.000 0.006 10648.206 1b -170.497 1.062
25 Au54N 0.000 0.010 10650.202 1b -170.360 1.146