sid
int64
0
10.4M
source_alex_id
int64
1,000k
11.7M
formula
stringlengths
1
21
natoms
int64
1
236
energy_total_eV
float64
-15,761.64
-0
energy_linref_eV
float64
-15,686.61
569
7,300
3,291,964
Ge4V5
9
-66.208621
-1.820838
7,301
3,291,964
Ge4V5
9
-66.074426
-1.686643
7,302
3,291,964
Ge4V5
9
-65.849229
-1.461446
7,303
3,291,964
Ge4V5
9
-65.741991
-1.354207
7,304
3,291,964
Ge4V5
9
-65.574182
-1.186398
7,305
3,291,964
Ge4V5
9
-65.478597
-1.090813
7,306
3,291,964
Ge4V5
9
-65.384762
-0.996979
7,307
3,291,964
Ge4V5
9
-65.290578
-0.902795
7,308
3,291,964
Ge4V5
9
-65.196615
-0.808832
7,309
3,291,964
Ge4V5
9
-64.994483
-0.606699
7,310
3,291,964
Ge4V5
9
-65.139376
-0.751593
7,311
3,291,964
Ge4V5
9
-65.04446
-0.656677
7,312
3,291,964
Ge4V5
9
-64.938368
-0.550585
7,313
3,291,964
Ge4V5
9
-64.622785
-0.235001
7,314
3,291,964
Ge4V5
9
-63.647005
0.740779
7,315
3,291,964
Ge4V5
9
-38.202833
26.18495
7,316
3,291,964
Ge4V5
9
-61.432815
2.954968
7,317
3,291,964
Ge4V5
9
-61.413191
2.974592
7,318
3,291,964
Ge4V5
9
-50.175669
14.212115
7,319
3,297,162
Ge2V8
10
-79.651072
1.116986
7,320
3,297,162
Ge2V8
10
-79.64559
1.122467
7,321
3,285,610
Ge2V13
15
-123.352451
1.57394
7,322
3,285,610
Ge2V13
15
-123.018018
1.908372
7,323
3,285,610
Ge2V13
15
-122.834919
2.091472
7,324
3,285,610
Ge2V13
15
-122.444448
2.481942
7,325
3,285,610
Ge2V13
15
-122.175126
2.751264
7,326
3,285,610
Ge2V13
15
-121.852267
3.074124
7,327
3,285,610
Ge2V13
15
-121.471606
3.454784
7,328
3,285,610
Ge2V13
15
-121.215686
3.710704
7,329
3,285,610
Ge2V13
15
-120.996528
3.929863
7,330
3,285,610
Ge2V13
15
-120.748028
4.178362
7,331
3,285,610
Ge2V13
15
-120.594515
4.331875
7,332
3,285,610
Ge2V13
15
-120.539224
4.387167
7,333
3,292,700
Ge6V5
11
-73.759031
0.743478
7,334
3,292,700
Ge6V5
11
-73.756514
0.745995
7,335
3,292,271
Ge5V4
9
-58.902443
1.711037
7,336
3,292,271
Ge5V4
9
-58.901868
1.711612
7,337
3,287,034
Ge8V12
20
-150.881614
-4.442714
7,338
3,287,034
Ge8V12
20
-150.875473
-4.436573
7,339
3,300,458
GeV8
9
-77.659723
-1.949028
7,340
3,300,458
GeV8
9
-77.659749
-1.949054
7,341
3,287,397
Ge3V2
5
-32.028489
0.806932
7,342
3,287,397
Ge3V2
5
-32.027085
0.808336
7,343
3,295,766
F4Rb2
6
-20.514462
2.751124
7,344
3,295,766
F4Rb2
6
-20.453721
2.811865
7,345
3,295,766
F4Rb2
6
-20.282112
2.983474
7,346
3,295,766
F4Rb2
6
-20.218257
3.047329
7,347
3,295,766
F4Rb2
6
-19.94844
3.317146
7,348
3,292,592
F4Rb5
9
-32.580594
-5.151634
7,349
3,292,592
F4Rb5
9
-32.451228
-5.022268
7,350
3,292,592
F4Rb5
9
-32.191867
-4.762908
7,351
3,298,315
F16Rb4
20
-56.893694
30.617485
7,352
3,298,315
F16Rb4
20
-56.688609
30.82257
7,353
3,298,315
F16Rb4
20
-56.485612
31.025567
7,354
3,298,315
F16Rb4
20
-55.901194
31.609985
7,355
3,298,315
F16Rb4
20
-55.534967
31.976212
7,356
3,298,315
F16Rb4
20
-54.341259
33.16992
7,357
3,288,756
Al4Tb10
14
-64.059427
-2.234406
7,358
3,288,756
Al4Tb10
14
-64.059427
-2.234405
7,359
3,289,797
Al4Tb3
7
-31.860422
-1.728307
7,360
3,289,797
Al4Tb3
7
-31.860323
-1.728207
7,361
3,291,496
Al6Tb14
20
-90.312937
-2.102963
7,362
3,291,496
Al6Tb14
20
-90.312929
-2.102955
7,363
3,290,088
Al6Tb8
14
-63.751733
-2.707107
7,364
3,290,088
Al6Tb8
14
-63.751733
-2.707107
7,365
3,294,281
B12Rb
13
-76.717141
8.5499
7,366
3,294,281
B12Rb
13
-76.712441
8.5546
7,367
3,299,170
Hf5Mg
6
-50.858727
1.568527
7,368
3,299,170
Hf5Mg
6
-50.855739
1.571515
7,369
3,293,832
Hf2Mg2
4
-22.974901
0.776224
7,370
3,293,832
Hf2Mg2
4
-22.968339
0.782787
7,371
3,287,316
Ag6Mg4
10
-24.049074
-3.154689
7,372
3,287,316
Ag6Mg4
10
-24.039296
-3.144912
7,373
3,291,684
Ag8Mg3
11
-25.738114
-1.933427
7,374
3,291,684
Ag8Mg3
11
-25.731123
-1.926437
7,375
3,296,164
Ag2Mg6
8
-16.270628
-1.196847
7,376
3,296,164
Ag2Mg6
8
-16.232854
-1.159073
7,377
3,292,555
Ag5Mg4
9
-22.142123
-3.57171
7,378
3,292,555
Ag5Mg4
9
-22.131065
-3.560651
7,379
3,289,508
Ag6Mg8
14
-32.758836
-4.913892
7,380
3,289,508
Ag6Mg8
14
-32.730795
-4.885852
7,381
3,292,063
Ag4Mg5
9
-20.932189
-2.948106
7,382
3,292,063
Ag4Mg5
9
-20.870703
-2.88662
7,383
3,285,476
Ag13Mg2
15
-37.534558
-3.847657
7,384
3,285,476
Ag13Mg2
15
-37.536732
-3.849832
7,385
3,288,398
Ag10Mg4
14
-36.986126
-6.795858
7,386
3,288,398
Ag10Mg4
14
-36.936919
-6.746651
7,387
3,289,231
Ag13Mg3
16
-43.397404
-7.972863
7,388
3,289,231
Ag13Mg3
16
-43.396509
-7.971969
7,389
3,287,822
Al4Te6
10
-36.366019
3.720361
7,390
3,287,822
Al4Te6
10
-36.365955
3.720425
7,391
3,295,215
Sb2Te4
6
-20.45711
3.99694
7,392
3,295,215
Sb2Te4
6
-20.456641
3.997408
7,393
3,288,735
Cl10Pr4
14
-66.933238
-14.819477
7,394
3,288,735
Cl10Pr4
14
-66.91191
-14.798149
7,395
3,293,915
Pr2Se2
4
-22.970721
-3.910553
7,396
3,293,915
Pr2Se2
4
-22.969711
-3.909544
7,397
3,295,182
RbSe2
3
-9.864244
1.149664
7,398
3,295,182
RbSe2
3
-9.861863
1.152045
7,399
3,293,663
Rb2Se2
4
-12.072147
0.329552