Calculated Electron Affininty for F (Fluorine atom)
Experimental Electron Affinity is 3.40129 ± 0.000003 eV
differences
original data displayed. press to display differences
differences displayed. press to display original data
original data
Electron Affinities in eV
Electron Affinities in eV
Methods with standard basis sets
STO-3G
3-21G
3-21G*
6-31G
6-31G*
6-31G**
6-31+G**
6-311G*
6-311G**
6-31G(2df,p)
6-311+G(3df,2p)
6-311+G(3df,2pd)
TZVP
cc-pVDZ
cc-pVTZ
cc-pVQZ
aug-cc-pVDZ
aug-cc-pVTZ
aug-cc-pVQZ
daug-cc-pVDZ
daug-cc-pVTZ
hartree fock
HF
-10.155
-1.983
-1.983
-0.291
-0.394
-0.394
1.277
0.164
0.164
-0.451
1.193
0.899
-0.252
0.511
0.839
1.284
1.195
1.180
1.283
1.195
ROHF
-1.973
-1.973
-0.273
-0.308
-0.308
1.367
0.258
0.258
0.999
-0.160
0.636
0.971
1.394
1.326
1.313
1.393
1.325
density functional
LSDA
-8.400
-0.031
-0.031
1.990
1.988
1.988
4.630
2.872
2.872
1.981
3.975
2.115
3.410
4.684
4.631
4.660
4.649
BLYP
-9.351
-1.162
-1.162
0.852
0.847
0.847
3.618
1.707
1.707
0.801
2.913
0.968
2.307
3.692
3.672
3.722
3.701
B1B95
-8.824
-0.833
-0.833
1.027
1.000
1.000
3.260
1.725
1.725
0.959
3.271
2.717
1.127
2.216
3.303
3.258
3.312
3.267
B3LYP
-9.010
-0.864
-0.864
1.070
1.049
1.049
3.513
1.837
1.837
1.004
3.456
2.918
1.175
2.376
2.865
3.561
3.530
3.526
3.572
3.541
B3LYPultrafine
-0.864
-0.864
1.070
1.049
1.049
3.513
1.837
1.837
1.004
3.456
3.456
2.918
1.175
2.376
3.561
3.530
3.572
3.541
B3PW91
-8.909
-0.717
-0.717
1.140
1.108
1.108
3.385
1.857
1.857
1.061
2.843
1.234
2.344
3.427
3.385
3.437
3.395
mPW1PW91
-8.939
-0.766
-0.766
1.067
1.030
1.030
3.286
1.756
1.756
0.981
2.722
1.175
2.231
3.312
3.261
3.249
3.322
3.271
M06-2X
-8.838
-0.602
-0.602
1.141
1.113
1.113
3.185
1.843
1.843
1.091
2.837
1.224
2.393
3.204
3.296
3.206
3.298
PBEPBE
-9.186
-0.938
-0.938
1.004
0.985
0.985
3.608
1.791
1.791
0.938
3.545
2.927
1.111
2.353
3.684
3.653
3.717
3.682
PBEPBEultrafine
-0.938
0.985
0.985
3.608
1.791
3.545
2.927
1.111
2.353
3.684
3.653
3.717
3.682
PBE1PBE
-9.030
-0.830
-0.830
1.016
0.978
0.978
3.245
1.698
1.698
0.929
2.689
1.108
2.186
3.292
3.243
3.302
3.252
HSEh1PBE
-9.042
-0.844
-0.844
1.007
0.972
0.972
3.258
1.699
1.699
0.922
2.703
1.098
2.187
3.298
3.241
3.307
3.250
TPSSh
-9.162
-0.893
-0.893
0.959
0.921
0.921
3.271
1.694
1.694
0.872
2.698
1.043
2.187
2.640
3.322
3.275
3.271
3.343
3.295
wB97X-D
-8.891
-0.661
-0.661
1.186
1.163
1.163
3.403
1.878
1.878
1.117
2.831
1.279
2.329
2.777
3.436
3.363
3.340
3.445
3.371
B97D3
-8.806
-0.714
-0.714
1.129
1.105
1.105
3.569
1.883
1.883
1.063
3.512
2.927
1.233
2.391
2.873
3.640
3.591
3.586
3.670
3.618
STO-3G
3-21G
3-21G*
6-31G
6-31G*
6-31G**
6-31+G**
6-311G*
6-311G**
6-31G(2df,p)
6-311+G(3df,2p)
6-311+G(3df,2pd)
TZVP
cc-pVDZ
cc-pVTZ
cc-pVQZ
aug-cc-pVDZ
aug-cc-pVTZ
aug-cc-pVQZ
daug-cc-pVDZ
daug-cc-pVTZ
Moller Plesset perturbation
MP2
-10.155
-1.225
-1.225
0.860
1.070
1.070
3.402
1.608
1.608
1.211
3.538
2.718
1.055
2.395
3.033
3.544
3.640
3.712
3.564
3.652
MP2=FULL
-10.155
-1.223
-1.223
0.861
1.074
1.074
3.406
1.616
1.616
1.217
2.724
1.059
2.403
3.042
3.548
3.647
3.720
3.568
3.659
ROMP2
-1.222
-1.222
0.866
1.070
1.070
3.404
1.605
1.605
1.204
2.716
1.051
2.387
3.541
3.561
3.644
MP3
0.866
2.910
2.301
0.835
2.038
3.029
3.049
MP3=FULL
-1.319
-1.319
0.700
0.868
0.868
2.912
1.331
1.331
0.999
2.305
0.838
2.044
3.020
3.049
3.031
3.054
MP4
-1.298
0.873
1.408
2.491
0.845
2.167
3.403
3.504
3.443
3.524
MP4=FULL
-1.298
0.876
1.415
0.848
2.174
3.406
3.509
3.446
3.529
B2PLYP
-9.422
-1.052
-1.052
0.917
0.956
0.956
3.362
1.648
1.648
0.968
2.732
1.040
2.253
3.441
3.447
3.458
3.459
B2PLYP=FULL
-9.422
-1.052
-1.052
0.918
0.957
0.957
3.363
1.650
1.650
0.970
2.734
1.041
2.255
3.442
3.449
3.459
3.460
B2PLYP=FULLultrafine
-9.422
-1.052
-1.052
0.918
0.957
0.957
3.363
1.650
1.650
0.970
2.734
1.041
2.255
3.442
3.449
3.459
3.460
Configuration interaction
CID
-1.333
-1.333
0.674
0.794
1.269
2.936
2.937
CISD
-1.332
-1.332
0.668
0.785
1.274
2.985
2.977
STO-3G
3-21G
3-21G*
6-31G
6-31G*
6-31G**
6-31+G**
6-311G*
6-311G**
6-31G(2df,p)
6-311+G(3df,2p)
6-311+G(3df,2pd)
TZVP
cc-pVDZ
cc-pVTZ
cc-pVQZ
aug-cc-pVDZ
aug-cc-pVTZ
aug-cc-pVQZ
daug-cc-pVDZ
daug-cc-pVTZ
Quadratic configuration interaction
QCISD
-1.301
-1.301
0.730
0.864
0.864
3.068
1.366
1.366
0.991
2.384
0.846
2.074
3.185
3.200
3.213
3.214
QCISD(T)
0.863
1.388
2.436
0.840
2.125
3.242
3.329
3.272
3.344
QCISD(T)=FULL
0.866
3.097
0.843
2.132
2.754
3.244
3.334
3.401
3.274
3.349
QCISD(TQ)
0.870
3.046
0.848
2.119
2.727
3.181
3.259
3.325
Coupled Cluster
CCD
-1.303
-1.303
0.737
0.873
0.873
2.978
1.360
1.360
0.997
2.354
0.853
2.065
2.633
3.081
3.110
3.168
3.094
3.116
CCSD
0.866
0.992
2.372
0.848
2.069
2.644
3.128
3.152
3.207
3.145
3.161
CCSD=FULL
0.868
0.996
2.376
0.851
2.076
2.651
3.130
3.157
3.212
3.147
3.166
CCSD(T)
0.864
0.864
3.082
1.387
1.387
1.017
3.216
2.430
0.840
2.123
2.740
3.226
3.312
3.379
3.257
3.326
CCSD(T)=FULL
0.866
3.029
2.435
0.843
2.130
2.749
3.228
3.317
3.386
3.259
3.332
STO-3G
3-21G
3-21G*
6-31G
6-31G*
6-31G**
6-31+G**
6-311G*
6-311G**
6-31G(2df,p)
6-311+G(3df,2p)
6-311+G(3df,2pd)
TZVP
cc-pVDZ
cc-pVTZ
cc-pVQZ
aug-cc-pVDZ
aug-cc-pVTZ
aug-cc-pVQZ
daug-cc-pVDZ
daug-cc-pVTZ
Electron Affinities in eV
For descriptions of the methods (AM1, HF, MP2, ...) and basis sets (3-21G, 3-21G*, 6-31G, ...) see the
glossary in section I.C.
Predefined means the basis set used is determined by the method.