VAMAS Surface Chemical Analysis Standard Data Transfer Format 1988 May 4
XI Ltd.
XI Spectral Data Processor
XI ASCII
COPPER CARBONATE (CuCO3) on DST (PERFECT PARTS Co., ION ETCHED)
1

NORM
REGULAR
7
0
0
0
0
0
7

COPPER CARBONATE (CuCO3) on DST (PERFECT PARTS Co., ION ETCHED)
2003
4
23
22
43
51
0
0
XPS
X-RAY Source
1486.6
200
250
1000
55
90
FAT
150
1
0
2
1000
2000
55
0
data_1
data_1
-1
Binding energy
eV
1000
-0.977517
2
counts
d
Transmission
d
pulse counting
0.2
2
4.00E-06
0
0
0
0
2048
208
14447
0.300125
0.586563
5879
0.586563
5840
0.585857
5876
0.585154
5965
0.584452
6048
0.583753
6112
0.583056
6005
0.582362
5971
0.581669
6031
0.580979
6005
0.580291
6161
0.579605
6060
0.578921
6104
0.578239
6102
0.57756
6047
0.576883
6070
0.576207
6150
0.575534
6065
0.574863
6056
0.574194
6222
0.573527
6126
0.572862
6170
0.5722
6175
0.571539
6391
0.57088
6461
0.570223
6406
0.569569
6710
0.568916
6670
0.568265
6576
0.567617
6609
0.56697
6511
0.566325
6405
0.565682
6343
0.565041
6336
0.564402
6393
0.563765
6463
0.56313
6352
0.562497
6444
0.561866
6611
0.561236
6659
0.560609
6646
0.559983
6491
0.559359
6326
0.558737
6283
0.558117
6117
0.557499
6324
0.556882
6237
0.556268
6411
0.555655
6960
0.555044
7444
0.554434
9083
0.553827
10452
0.553221
9484
0.552617
7319
0.552015
6053
0.551415
5687
0.550816
5758
0.550219
5777
0.549624
5699
0.54903
5944
0.548438
5816
0.547848
5611
0.54726
5467
0.546673
5326
0.546088
5210
0.545504
5228
0.544922
5253
0.544342
5438
0.543764
5995
0.543187
7231
0.542612
9801
0.542038
14447
0.541466
14102
0.540896
8553
0.540327
4761
0.53976
3825
0.539194
3523
0.53863
3322
0.538068
3338
0.537507
3276
0.536948
3252
0.53639
3314
0.535834
3193
0.535279
3274
0.534726
3206
0.534174
3245
0.533624
3215
0.533075
3271
0.532528
3333
0.531983
3215
0.531438
3274
0.530896
3326
0.530355
3322
0.529815
3326
0.529277
3295
0.52874
3262
0.528204
3334
0.527671
3371
0.527138
3254
0.526607
3448
0.526077
3285
0.525549
3364
0.525022
3253
0.524497
3356
0.523973
3316
0.52345
3395
0.522929
3415
0.522409
3335
0.521891
3455
0.521374
3425
0.520858
3440
0.520344
3380
0.519831
3390
0.519319
3309
0.518809
3273
0.5183
3395
0.517792
3369
0.517286
3351
0.516781
3447
0.516277
3370
0.515775
3444
0.515274
3415
0.514774
3385
0.514276
3454
0.513778
3516
0.513282
3356
0.512788
3541
0.512294
3351
0.511802
3433
0.511311
3460
0.510822
3391
0.510333
3528
0.509846
3399
0.50936
3465
0.508876
3438
0.508392
3487
0.50791
3361
0.507429
3425
0.506949
3373
0.506471
3550
0.505993
3425
0.505517
3444
0.505042
3538
0.504569
3572
0.504096
3439
0.503625
3544
0.503154
3634
0.502685
3481
0.502217
3543
0.501751
3686
0.501285
3540
0.500821
3585
0.500357
3612
0.499895
3536
0.499434
3566
0.498974
3578
0.498515
3564
0.498058
3659
0.497601
3630
0.497146
3573
0.496692
3616
0.496238
3606
0.495786
3631
0.495335
3706
0.494885
3753
0.494437
3629
0.493989
3635
0.493542
3685
0.493097
3794
0.492652
3755
0.492209
3672
0.491766
3710
0.491325
3621
0.490885
3665
0.490445
3656
0.490007
3654
0.48957
3690
0.489134
3660
0.488699
3671
0.488265
3660
0.487832
3724
0.4874
3689
0.486969
3802
0.486539
3683
0.48611
3701
0.485682
3834
0.485255
3891
0.48483
3738
0.484405
3894
0.483981
3823
0.483558
3840
0.483136
3728
0.482715
3830
0.482295
3766
0.481876
3835
0.481458
3854
0.481041
3843
0.480624
3915
0.480209
3836
0.479795
3906
0.479382
3846
0.47897
3864
0.478558
3900
0.478148
3919
0.477738
3911
0.47733
3846
0.476922
3921
0.476515
3792
0.47611
3928
0.475705
3872
0.475301
3848
0.474898
3986
0.474496
3925
0.474094
3957
0.473694
3984
0.473295
4011
0.472896
3973
0.472499
3964
0.472102
3866
0.471706
3946
0.471311
4132
0.470917
4058
0.470524
4207
0.470131
4105
0.46974
4015
0.469349
4041
0.46896
4058
0.468571
4133
0.468183
4060
0.467796
4087
0.467409
4102
0.467024
4197
0.466639
4193
0.466256
4113
0.465873
4179
0.465491
4304
0.465109
4242
0.464729
4233
0.464349
4226
0.463971
4304
0.463593
4278
0.463215
4184
0.462839
4258
0.462464
4161
0.462089
4141
0.461715
4243
0.461342
4195
0.46097
4207
0.460598
4336
0.460228
4301
0.459858
4306
0.459489
4314
0.459121
4281
0.458753
4240
0.458386
4243
0.45802
4291
0.457655
4220
0.457291
4194
0.456927
4173
0.456564
4350
0.456202
4252
0.455841
4235
0.455481
4250
0.455121
4243
0.454762
4165
0.454403
4261
0.454046
4167
0.453689
4410
0.453333
4432
0.452978
4384
0.452623
4446
0.452269
4516
0.451916
4437
0.451564
4400
0.451213
4482
0.450862
4426
0.450511
4585
0.450162
4668
0.449813
4534
0.449465
4707
0.449118
4658
0.448772
4686
0.448426
4630
0.448081
4642
0.447736
4764
0.447393
4733
0.44705
4859
0.446707
4927
0.446366
4900
0.446025
4811
0.445684
4856
0.445345
4781
0.445006
4687
0.444668
4671
0.44433
4835
0.443994
4713
0.443658
4529
0.443322
4508
0.442987
4484
0.442653
4235
0.44232
4097
0.441987
4144
0.441655
3978
0.441324
3963
0.440993
3893
0.440663
3906
0.440333
4019
0.440005
4046
0.439676
3934
0.439349
3869
0.439022
3875
0.438696
3841
0.438371
3757
0.438046
3902
0.437721
3837
0.437398
3849
0.437075
3838
0.436752
3718
0.436431
3861
0.43611
3883
0.435789
3777
0.435469
3706
0.43515
3825
0.434832
3705
0.434514
3733
0.434196
3733
0.43388
3603
0.433564
3661
0.433248
3679
0.432933
3671
0.432619
3747
0.432305
3713
0.431992
3845
0.43168
3775
0.431368
3721
0.431057
3745
0.430746
3772
0.430436
3817
0.430127
3981
0.429818
3855
0.42951
3836
0.429202
3995
0.428895
3885
0.428588
4031
0.428282
3972
0.427977
3952
0.427672
3984
0.427368
4031
0.427065
4035
0.426762
4083
0.426459
4144
0.426157
4130
0.425856
4281
0.425555
4376
0.425255
4275
0.424955
4300
0.424656
4346
0.424358
4388
0.42406
4559
0.423762
4734
0.423466
4946
0.423169
4869
0.422874
4858
0.422579
4639
0.422284
4353
0.42199
4274
0.421696
4205
0.421403
4272
0.421111
4264
0.420819
4049
0.420528
4178
0.420237
3888
0.419946
3740
0.419657
3580
0.419368
3380
0.419079
3409
0.418791
3327
0.418503
3328
0.418216
3395
0.417929
3282
0.417643
3433
0.417358
3354
0.417073
3261
0.416788
3194
0.416504
3112
0.416221
3139
0.415938
3074
0.415655
2951
0.415373
2996
0.415092
3034
0.414811
2920
0.414531
2914
0.414251
2870
0.413971
2962
0.413693
2824
0.413414
2866
0.413136
2863
0.412859
2680
0.412582
2803
0.412305
2879
0.41203
2820
0.411754
2794
0.411479
2839
0.411205
2767
0.410931
2942
0.410657
2921
0.410384
2896
0.410112
2987
0.40984
2899
0.409568
2985
0.409297
2968
0.409027
2941
0.408757
3056
0.408487
3029
0.408218
2978
0.407949
3131
0.407681
3065
0.407413
3076
0.407146
3091
0.406879
3117
0.406613
3083
0.406347
3011
0.406081
3138
0.405816
3254
0.405552
3370
0.405288
3276
0.405024
3301
0.404761
3240
0.404499
3313
0.404236
3275
0.403975
3293
0.403713
3454
0.403452
3638
0.403192
3661
0.402932
3608
0.402673
3804
0.402414
3976
0.402155
4122
0.401897
4303
0.401639
4498
0.401382
4788
0.401125
5153
0.400868
5856
0.400612
5684
0.400357
4838
0.400102
4239
0.399847
3531
0.399593
3181
0.399339
2865
0.399086
2622
0.398833
2514
0.39858
2388
0.398328
2212
0.398076
2178
0.397825
2134
0.397574
2233
0.397324
2056
0.397074
2150
0.396824
2095
0.396575
2165
0.396326
2153
0.396078
2237
0.39583
2418
0.395583
2352
0.395335
2197
0.395089
1958
0.394843
1712
0.394597
1626
0.394351
1476
0.394106
1416
0.393862
1336
0.393617
1258
0.393374
1171
0.39313
1055
0.392887
1126
0.392644
1022
0.392402
1049
0.39216
1089
0.391919
1147
0.391678
1366
0.391437
1850
0.391197
2980
0.390957
4102
0.390718
3928
0.390479
2638
0.39024
1357
0.390002
845
0.389764
710
0.389526
672
0.389289
628
0.389052
664
0.388816
631
0.38858
620
0.388344
629
0.388109
600
0.387874
603
0.38764
616
0.387406
592
0.387172
583
0.386939
597
0.386706
639
0.386473
600
0.386241
591
0.386009
608
0.385778
649
0.385547
587
0.385316
596
0.385086
623
0.384856
640
0.384626
592
0.384397
613
0.384168
605
0.383939
617
0.383711
608
0.383483
656
0.383256
672
0.383029
621
0.382802
671
0.382576
709
0.38235
658
0.382124
689
0.381899
560
0.381674
596
0.381449
567
0.381225
554
0.381001
554
0.380777
558
0.380554
593
0.380331
574
0.380109
592
0.379887
602
0.379665
578
0.379443
560
0.379222
556
0.379001
590
0.378781
561
0.378561
570
0.378341
575
0.378122
548
0.377903
577
0.377684
586
0.377465
548
0.377247
528
0.37703
603
0.376812
579
0.376595
577
0.376379
591
0.376162
593
0.375946
526
0.37573
593
0.375515
600
0.3753
584
0.375085
565
0.374871
553
0.374657
629
0.374443
580
0.374229
608
0.374016
605
0.373803
563
0.373591
605
0.373379
602
0.373167
626
0.372956
594
0.372744
581
0.372533
590
0.372323
571
0.372113
571
0.371903
581
0.371693
603
0.371484
612
0.371275
583
0.371066
556
0.370858
573
0.37065
598
0.370442
631
0.370235
574
0.370028
639
0.369821
597
0.369614
582
0.369408
585
0.369202
579
0.368997
606
0.368791
653
0.368586
574
0.368382
535
0.368177
587
0.367973
602
0.36777
605
0.367566
600
0.367363
627
0.36716
597
0.366958
594
0.366755
610
0.366553
560
0.366352
617
0.36615
622
0.365949
632
0.365749
645
0.365548
654
0.365348
593
0.365148
600
0.364948
586
0.364749
632
0.36455
590
0.364351
611
0.364153
610
0.363955
607
0.363757
623
0.363559
633
0.363362
630
0.363165
639
0.362968
657
0.362772
619
0.362576
617
0.36238
626
0.362184
633
0.361989
653
0.361794
643
0.361599
641
0.361404
579
0.36121
635
0.361016
605
0.360823
599
0.360629
608
0.360436
583
0.360243
637
0.360051
575
0.359859
568
0.359667
644
0.359475
585
0.359283
623
0.359092
621
0.358901
636
0.358711
612
0.35852
630
0.35833
643
0.35814
624
0.357951
644
0.357762
597
0.357573
571
0.357384
614
0.357195
644
0.357007
621
0.356819
619
0.356631
594
0.356444
619
0.356257
638
0.35607
613
0.355883
598
0.355697
638
0.355511
636
0.355325
681
0.355139
666
0.354954
599
0.354769
637
0.354584
644
0.354399
649
0.354215
624
0.354031
607
0.353847
628
0.353664
625
0.35348
649
0.353297
637
0.353114
622
0.352932
688
0.352749
615
0.352567
665
0.352386
645
0.352204
605
0.352023
720
0.351842
689
0.351661
685
0.35148
658
0.3513
677
0.35112
643
0.35094
651
0.350761
719
0.350581
664
0.350402
676
0.350223
665
0.350045
693
0.349866
762
0.349688
623
0.34951
646
0.349333
681
0.349155
723
0.348978
682
0.348801
653
0.348625
717
0.348448
667
0.348272
681
0.348096
684
0.34792
684
0.347745
693
0.34757
658
0.347395
743
0.34722
681
0.347045
717
0.346871
686
0.346697
676
0.346523
745
0.34635
727
0.346176
693
0.346003
676
0.34583
736
0.345657
751
0.345485
727
0.345313
743
0.345141
751
0.344969
726
0.344797
683
0.344626
710
0.344455
715
0.344284
732
0.344113
745
0.343943
709
0.343773
705
0.343603
668
0.343433
665
0.343264
714
0.343094
669
0.342925
677
0.342756
667
0.342588
714
0.342419
660
0.342251
692
0.342083
673
0.341916
699
0.341748
808
0.341581
937
0.341414
1008
0.341247
962
0.34108
893
0.340914
1010
0.340747
1255
0.340581
1321
0.340416
1061
0.34025
809
0.340085
689
0.33992
597
0.339755
608
0.33959
646
0.339425
607
0.339261
587
0.339097
638
0.338933
595
0.33877
616
0.338606
617
0.338443
583
0.33828
624
0.338117
617
0.337954
634
0.337792
587
0.33763
624
0.337468
619
0.337306
605
0.337144
592
0.336983
604
0.336822
634
0.336661
630
0.3365
619
0.33634
570
0.336179
612
0.336019
669
0.335859
588
0.3357
637
0.33554
648
0.335381
643
0.335222
644
0.335063
606
0.334904
642
0.334745
623
0.334587
610
0.334429
655
0.334271
629
0.334113
623
0.333956
625
0.333798
690
0.333641
696
0.333484
659
0.333328
639
0.333171
626
0.333015
652
0.332859
655
0.332703
649
0.332547
648
0.332391
697
0.332236
670
0.332081
660
0.331926
650
0.331771
658
0.331616
677
0.331462
675
0.331308
620
0.331154
687
0.331
672
0.330846
714
0.330693
690
0.33054
724
0.330386
659
0.330234
661
0.330081
677
0.329928
637
0.329776
632
0.329624
633
0.329472
668
0.32932
701
0.329169
696
0.329017
706
0.328866
659
0.328715
681
0.328564
715
0.328414
662
0.328263
682
0.328113
711
0.327963
676
0.327813
675
0.327663
647
0.327513
673
0.327364
719
0.327215
736
0.327066
721
0.326917
713
0.326768
698
0.32662
712
0.326472
740
0.326324
696
0.326176
698
0.326028
693
0.32588
736
0.325733
747
0.325586
717
0.325439
703
0.325292
716
0.325145
727
0.324999
741
0.324852
722
0.324706
713
0.32456
738
0.324414
737
0.324269
732
0.324123
726
0.323978
729
0.323833
755
0.323688
748
0.323543
769
0.323399
760
0.323254
719
0.32311
746
0.322966
791
0.322822
731
0.322678
767
0.322535
796
0.322391
805
0.322248
808
0.322105
742
0.321962
813
0.321819
783
0.321677
809
0.321534
824
0.321392
794
0.32125
791
0.321108
777
0.320967
762
0.320825
744
0.320684
799
0.320543
791
0.320401
770
0.320261
814
0.32012
756
0.319979
832
0.319839
825
0.319699
814
0.319559
846
0.319419
853
0.319279
809
0.31914
862
0.319
822
0.318861
853
0.318722
856
0.318583
840
0.318444
903
0.318306
890
0.318167
903
0.318029
842
0.317891
882
0.317753
885
0.317615
858
0.317477
922
0.31734
915
0.317203
930
0.317065
933
0.316928
973
0.316792
977
0.316655
1015
0.316518
1002
0.316382
1028
0.316246
1008
0.31611
1180
0.315974
1392
0.315838
1511
0.315702
1657
0.315567
1326
0.315432
1092
0.315297
1001
0.315162
826
0.315027
836
0.314892
792
0.314758
760
0.314623
708
0.314489
792
0.314355
822
0.314221
803
0.314087
745
0.313954
801
0.31382
767
0.313687
768
0.313554
764
0.313421
802
0.313288
770
0.313155
737
0.313023
810
0.31289
856
0.312758
843
0.312626
805
0.312494
863
0.312362
758
0.312231
851
0.312099
839
0.311968
848
0.311837
915
0.311705
903
0.311575
847
0.311444
854
0.311313
796
0.311183
841
0.311052
811
0.310922
853
0.310792
934
0.310662
926
0.310533
914
0.310403
899
0.310273
915
0.310144
1086
0.310015
1311
0.309886
1530
0.309757
1899
0.309628
2250
0.3095
2385
0.309371
2322
0.309243
1832
0.309115
1236
0.308987
712
0.308859
508
0.308731
412
0.308603
331
0.308476
322
0.308349
256
0.308221
259
0.308094
250
0.307967
269
0.307841
244
0.307714
260
0.307588
231
0.307461
270
0.307335
233
0.307209
240
0.307083
223
0.306957
242
0.306832
242
0.306706
221
0.306581
226
0.306455
247
0.30633
244
0.306205
226
0.30608
246
0.305956
208
0.305831
223
0.305707
251
0.305582
235
0.305458
243
0.305334
225
0.30521
223
0.305087
254
0.304963
237
0.304839
234
0.304716
252
0.304593
224
0.30447
240
0.304347
251
0.304224
223
0.304101
242
0.303979
246
0.303856
247
0.303734
243
0.303612
250
0.30349
272
0.303368
285
0.303246
288
0.303124
289
0.303003
307
0.302881
321
0.30276
324
0.302639
351
0.302518
299
0.302397
272
0.302276
241
0.302156
252
0.302035
208
0.301915
224
0.301795
226
0.301674
243
0.301554
245
0.301435
270
0.301315
321
0.301195
266
0.301076
299
0.300956
286
0.300837
312
0.300718
393
0.300599
521
0.30048
598
0.300362
847
0.300243
986
0.300125

COPPER CARBONATE (CuCO3) on DST (PERFECT PARTS Co., ION ETCHED)
2003
4
23
22
43
51
0
0
XPS
X-RAY Source
1486.6
200
250
1000
55
90
FAT
150
1
0
2
1000
2000
55
0
data_2
data_2
-1
Binding energy
eV
40
-0.196078
2
counts
d
Transmission
d
pulse counting
0.2
4
4.00E-06
0
0
0
0
512
7
1968
0.29892
0.305077
531
0.305077
519
0.305052
496
0.305027
529
0.305002
531
0.304977
511
0.304953
527
0.304928
503
0.304903
526
0.304878
521
0.304854
504
0.304829
570
0.304804
549
0.304779
533
0.304755
514
0.30473
515
0.304705
517
0.30468
534
0.304656
538
0.304631
530
0.304606
519
0.304581
513
0.304557
515
0.304532
533
0.304507
554
0.304483
528
0.304458
527
0.304433
550
0.304409
541
0.304384
517
0.304359
506
0.304335
525
0.30431
502
0.304285
516
0.304261
539
0.304236
526
0.304212
516
0.304187
532
0.304162
537
0.304138
508
0.304113
556
0.304088
556
0.304064
500
0.304039
536
0.304015
548
0.30399
544
0.303966
547
0.303941
546
0.303916
506
0.303892
562
0.303867
537
0.303843
553
0.303818
535
0.303794
530
0.303769
559
0.303745
538
0.30372
547
0.303696
531
0.303671
572
0.303647
567
0.303622
580
0.303598
562
0.303573
604
0.303549
598
0.303524
544
0.3035
631
0.303475
597
0.303451
600
0.303426
542
0.303402
605
0.303377
630
0.303353
627
0.303328
595
0.303304
586
0.30328
581
0.303255
601
0.303231
598
0.303206
617
0.303182
659
0.303158
625
0.303133
601
0.303109
659
0.303084
624
0.30306
659
0.303036
689
0.303011
683
0.302987
687
0.302963
639
0.302938
725
0.302914
693
0.30289
701
0.302865
719
0.302841
729
0.302817
707
0.302792
736
0.302768
728
0.302744
757
0.302719
721
0.302695
737
0.302671
728
0.302646
749
0.302622
794
0.302598
751
0.302574
672
0.302549
719
0.302525
730
0.302501
671
0.302477
673
0.302452
682
0.302428
647
0.302404
598
0.30238
619
0.302355
600
0.302331
591
0.302307
581
0.302283
596
0.302258
554
0.302234
529
0.30221
505
0.302186
498
0.302162
518
0.302138
542
0.302113
531
0.302089
511
0.302065
485
0.302041
480
0.302017
504
0.301993
529
0.301968
483
0.301944
479
0.30192
509
0.301896
505
0.301872
453
0.301848
486
0.301824
502
0.3018
505
0.301775
508
0.301751
510
0.301727
481
0.301703
499
0.301679
520
0.301655
496
0.301631
499
0.301607
545
0.301583
529
0.301559
569
0.301535
548
0.301511
583
0.301487
602
0.301463
568
0.301439
557
0.301414
594
0.30139
637
0.301366
611
0.301342
625
0.301318
605
0.301294
653
0.30127
676
0.301246
583
0.301222
617
0.301198
589
0.301174
596
0.301151
614
0.301127
636
0.301103
598
0.301079
590
0.301055
582
0.301031
609
0.301007
596
0.300983
614
0.300959
656
0.300935
651
0.300911
604
0.300887
640
0.300863
617
0.300839
662
0.300815
607
0.300792
660
0.300768
650
0.300744
683
0.30072
745
0.300696
768
0.300672
845
0.300648
793
0.300624
800
0.300601
887
0.300577
956
0.300553
964
0.300529
1084
0.300505
1145
0.300481
1165
0.300458
1183
0.300434
1255
0.30041
1362
0.300386
1456
0.300362
1513
0.300339
1575
0.300315
1714
0.300291
1791
0.300267
1835
0.300243
1966
0.30022
1968
0.300196
1966
0.300172
1939
0.300148
1853
0.300125
1771
0.300101
1600
0.300077
1495
0.300053
1354
0.30003
1150
0.300006
950
0.299982
844
0.299958
765
0.299935
623
0.299911
534
0.299887
436
0.299864
356
0.29984
264
0.299816
227
0.299793
205
0.299769
149
0.299745
99
0.299721
89
0.299698
75
0.299674
47
0.299651
33
0.299627
38
0.299603
31
0.29958
32
0.299556
38
0.299532
22
0.299509
37
0.299485
28
0.299461
14
0.299438
22
0.299414
25
0.299391
23
0.299367
22
0.299343
24
0.29932
13
0.299296
13
0.299273
13
0.299249
7
0.299226
8
0.299202
11
0.299178
14
0.299155
14
0.299131
13
0.299108
17
0.299084
19
0.299061
14
0.299037
7
0.299014
8
0.29899
9
0.298967
15
0.298943
15
0.29892

COPPER CARBONATE (CuCO3) on DST (PERFECT PARTS Co., ION ETCHED)
2003
4
23
22
43
51
0
0
XPS
X-RAY Source
1486.6
200
250
1000
55
90
FAT
50
1
0
2
1000
2000
55
0
data_3
data_3
-1
Binding energy
eV
294
-0.15748
2
counts
d
Transmission
d
pulse counting
0.2
6
4.00E-06
0
0
0
0
256
303
1052
0.339147
0.342548
412
0.342548
422
0.342521
432
0.342493
377
0.342466
383
0.342439
373
0.342412
413
0.342385
400
0.342358
420
0.342331
387
0.342304
373
0.342277
364
0.34225
393
0.342222
401
0.342195
428
0.342168
392
0.342141
395
0.342114
371
0.342087
379
0.34206
381
0.342033
410
0.342006
399
0.341979
392
0.341952
422
0.341925
425
0.341898
386
0.341871
404
0.341844
443
0.341817
388
0.34179
381
0.341763
402
0.341736
380
0.341709
437
0.341682
408
0.341655
401
0.341628
418
0.341601
424
0.341574
416
0.341547
428
0.341521
455
0.341494
490
0.341467
538
0.34144
494
0.341413
554
0.341386
565
0.341359
559
0.341332
553
0.341305
583
0.341278
639
0.341252
612
0.341225
598
0.341198
586
0.341171
558
0.341144
558
0.341117
521
0.341091
514
0.341064
483
0.341037
443
0.34101
458
0.340983
472
0.340956
468
0.34093
475
0.340903
438
0.340876
461
0.340849
486
0.340822
535
0.340796
504
0.340769
566
0.340742
604
0.340715
650
0.340689
658
0.340662
741
0.340635
725
0.340608
788
0.340582
908
0.340555
918
0.340528
947
0.340502
1011
0.340475
1038
0.340448
999
0.340421
953
0.340395
1052
0.340368
936
0.340341
882
0.340315
818
0.340288
741
0.340261
698
0.340235
667
0.340208
555
0.340181
503
0.340155
459
0.340128
433
0.340102
408
0.340075
364
0.340048
317
0.340022
364
0.339995
370
0.339968
383
0.339942
337
0.339915
364
0.339889
364
0.339862
362
0.339836
389
0.339809
363
0.339782
345
0.339756
361
0.339729
336
0.339703
343
0.339676
348
0.33965
345
0.339623
330
0.339597
343
0.33957
364
0.339544
359
0.339517
328
0.339491
339
0.339464
361
0.339438
357
0.339411
331
0.339385
303
0.339358
347
0.339332
335
0.339305
331
0.339279
337
0.339252
344
0.339226
345
0.339199
374
0.339173
363
0.339147

COPPER CARBONATE (CuCO3) on DST (PERFECT PARTS Co., ION ETCHED)
2003
4
23
22
43
51
0
0
XPS
X-RAY Source
1486.6
200
250
1000
55
90
FAT
50
1
0
2
1000
2000
55
0
data_4
data_4
-1
Binding energy
eV
538
-0.15748
2
counts
d
Transmission
d
pulse counting
0.2
4
4.00E-06
0
0
0
0
256
238
2042
0.388089
0.392978
486
0.392978
460
0.392939
459
0.3929
460
0.392861
466
0.392821
443
0.392782
444
0.392743
462
0.392704
484
0.392665
420
0.392626
447
0.392587
453
0.392548
430
0.392509
432
0.39247
447
0.392431
410
0.392392
419
0.392353
446
0.392314
443
0.392275
428
0.392236
405
0.392197
456
0.392158
452
0.392119
444
0.39208
435
0.392041
429
0.392003
450
0.391964
440
0.391925
444
0.391886
466
0.391847
419
0.391808
410
0.391769
439
0.391731
464
0.391692
454
0.391653
458
0.391614
427
0.391575
412
0.391537
457
0.391498
485
0.391459
471
0.39142
503
0.391382
540
0.391343
527
0.391304
562
0.391266
530
0.391227
549
0.391188
648
0.39115
713
0.391111
755
0.391072
817
0.391034
911
0.390995
1021
0.390956
1078
0.390918
1258
0.390879
1429
0.390841
1550
0.390802
1646
0.390763
1698
0.390725
1828
0.390686
1905
0.390648
1956
0.390609
2042
0.390571
1924
0.390532
1911
0.390494
1782
0.390455
1729
0.390417
1690
0.390378
1610
0.39034
1401
0.390301
1408
0.390263
1271
0.390225
1106
0.390186
952
0.390148
843
0.390109
690
0.390071
600
0.390033
543
0.389994
460
0.389956
434
0.389918
340
0.389879
329
0.389841
312
0.389803
300
0.389764
298
0.389726
289
0.389688
297
0.38965
315
0.389611
289
0.389573
257
0.389535
276
0.389497
274
0.389458
287
0.38942
282
0.389382
275
0.389344
275
0.389306
262
0.389267
291
0.389229
267
0.389191
277
0.389153
244
0.389115
266
0.389077
285
0.389039
238
0.389
268
0.388962
307
0.388924
273
0.388886
240
0.388848
252
0.38881
278
0.388772
293
0.388734
258
0.388696
250
0.388658
303
0.38862
272
0.388582
266
0.388544
255
0.388506
274
0.388468
256
0.38843
274
0.388392
269
0.388354
290
0.388316
250
0.388278
244
0.388241
262
0.388203
278
0.388165
248
0.388127
251
0.388089

COPPER CARBONATE (CuCO3) on DST (PERFECT PARTS Co., ION ETCHED)
2003
4
23
22
43
51
0
0
XPS
X-RAY Source
1486.6
200
250
1000
55
90
FAT
50
1
0
2
1000
2000
55
0
data_5
data_5
-1
Binding energy
eV
82
-0.15748
2
counts
d
Transmission
d
pulse counting
0.2
4
4.00E-06
0
0
0
0
256
74
808
0.307895
0.310518
310
0.310518
304
0.310497
304
0.310476
305
0.310455
311
0.310434
321
0.310413
299
0.310392
298
0.310372
278
0.310351
291
0.31033
303
0.310309
295
0.310288
282
0.310267
280
0.310246
299
0.310226
300
0.310205
294
0.310184
294
0.310163
281
0.310142
309
0.310122
312
0.310101
309
0.31008
335
0.310059
314
0.310038
344
0.310017
353
0.309997
368
0.309976
325
0.309955
396
0.309934
378
0.309914
414
0.309893
398
0.309872
432
0.309851
431
0.30983
467
0.30981
472
0.309789
466
0.309768
527
0.309747
525
0.309727
553
0.309706
601
0.309685
607
0.309664
604
0.309644
615
0.309623
661
0.309602
693
0.309582
738
0.309561
721
0.30954
754
0.309519
681
0.309499
737
0.309478
768
0.309457
772
0.309437
722
0.309416
779
0.309395
784
0.309374
740
0.309354
782
0.309333
774
0.309312
800
0.309292
754
0.309271
808
0.30925
773
0.30923
734
0.309209
705
0.309188
692
0.309168
690
0.309147
623
0.309127
569
0.309106
528
0.309085
485
0.309065
424
0.309044
382
0.309023
366
0.309003
358
0.308982
346
0.308962
293
0.308941
255
0.30892
240
0.3089
197
0.308879
241
0.308859
211
0.308838
186
0.308817
179
0.308797
177
0.308776
150
0.308756
145
0.308735
148
0.308714
125
0.308694
134
0.308673
128
0.308653
126
0.308632
134
0.308612
141
0.308591
113
0.308571
126
0.30855
128
0.30853
114
0.308509
112
0.308488
109
0.308468
106
0.308447
105
0.308427
97
0.308406
89
0.308386
111
0.308365
94
0.308345
81
0.308324
85
0.308304
106
0.308283
100
0.308263
90
0.308242
98
0.308222
86
0.308201
79
0.308181
100
0.30816
93
0.30814
101
0.30812
74
0.308099
87
0.308079
96
0.308058
93
0.308038
99
0.308017
89
0.307997
78
0.307976
75
0.307956
88
0.307936
98
0.307915
91
0.307895

COPPER CARBONATE (CuCO3) on DST (PERFECT PARTS Co., ION ETCHED)
2003
4
23
22
43
51
0
0
XPS
X-RAY Source
1486.6
200
250
1000
55
90
FAT
50
1
0
2
1000
2000
55
0
data_6
data_6
-1
Binding energy
eV
128
-0.15748
2
counts
d
Transmission
d
pulse counting
0.2
4
4.00E-06
0
0
0
0
256
232
580
0.314018
0.316784
327
0.316784
326
0.316762
352
0.31674
308
0.316718
299
0.316696
322
0.316674
329
0.316652
309
0.31663
341
0.316608
333
0.316586
299
0.316564
326
0.316542
314
0.31652
350
0.316498
352
0.316476
308
0.316454
310
0.316432
343
0.31641
331
0.316388
321
0.316366
352
0.316344
329
0.316322
335
0.3163
356
0.316278
328
0.316256
341
0.316234
347
0.316212
317
0.31619
336
0.316169
360
0.316147
353
0.316125
379
0.316103
368
0.316081
351
0.316059
370
0.316037
399
0.316015
392
0.315993
408
0.315971
422
0.31595
426
0.315928
423
0.315906
426
0.315884
465
0.315862
469
0.31584
448
0.315818
478
0.315797
475
0.315775
486
0.315753
491
0.315731
558
0.315709
549
0.315687
550
0.315666
547
0.315644
574
0.315622
570
0.3156
580
0.315578
556
0.315556
532
0.315535
501
0.315513
546
0.315491
488
0.315469
464
0.315447
438
0.315426
442
0.315404
433
0.315382
370
0.31536
360
0.315339
373
0.315317
353
0.315295
340
0.315273
345
0.315252
325
0.31523
321
0.315208
298
0.315186
310
0.315165
279
0.315143
302
0.315121
274
0.315099
287
0.315078
324
0.315056
275
0.315034
288
0.315013
273
0.314991
270
0.314969
294
0.314947
296
0.314926
269
0.314904
249
0.314882
232
0.314861
269
0.314839
294
0.314817
239
0.314796
240
0.314774
267
0.314752
235
0.314731
253
0.314709
279
0.314687
278
0.314666
278
0.314644
271
0.314623
260
0.314601
280
0.314579
267
0.314558
274
0.314536
261
0.314514
253
0.314493
250
0.314471
232
0.31445
248
0.314428
242
0.314406
277
0.314385
261
0.314363
266
0.314342
286
0.31432
269
0.314298
248
0.314277
253
0.314255
260
0.314234
235
0.314212
269
0.314191
262
0.314169
246
0.314148
248
0.314126
260
0.314104
260
0.314083
275
0.314061
292
0.31404
248
0.314018

COPPER CARBONATE (CuCO3) on DST (PERFECT PARTS Co., ION ETCHED)
2003
4
23
22
43
51
0
0
XPS
X-RAY Source
1486.6
200
250
1000
55
90
FAT
50
1
0
2
1000
2000
55
0
data_7
data_7
-1
Binding energy
eV
580
-0.23622
2
counts
d
Transmission
d
pulse counting
0.2
4
4.00E-06
0
0
0
0
256
850
2470
0.395991
0.403802
1417
0.403802
1410
0.403739
1465
0.403676
1484
0.403613
1408
0.40355
1432
0.403487
1445
0.403424
1400
0.403361
1474
0.403298
1482
0.403235
1509
0.403172
1496
0.403109
1434
0.403046
1526
0.402984
1452
0.402921
1462
0.402858
1593
0.402795
1500
0.402733
1500
0.40267
1510
0.402607
1532
0.402545
1520
0.402482
1613
0.40242
1629
0.402357
1627
0.402295
1698
0.402232
1593
0.40217
1601
0.402107
1671
0.402045
1657
0.401982
1598
0.40192
1705
0.401858
1689
0.401795
1714
0.401733
1639
0.401671
1787
0.401609
1855
0.401546
1803
0.401484
1821
0.401422
1736
0.40136
1726
0.401298
1845
0.401236
1844
0.401174
1801
0.401112
1902
0.40105
1983
0.400988
1995
0.400926
2028
0.400864
2128
0.400802
2161
0.40074
2289
0.400678
2404
0.400616
2444
0.400555
2469
0.400493
2470
0.400431
2440
0.400369
2379
0.400308
2326
0.400246
2262
0.400184
2197
0.400123
2109
0.400061
2004
0.4
1876
0.399938
1856
0.399877
1782
0.399815
1612
0.399754
1568
0.399692
1556
0.399631
1524
0.399569
1432
0.399508
1428
0.399447
1335
0.399385
1300
0.399324
1229
0.399263
1241
0.399202
1211
0.39914
1199
0.399079
1220
0.399018
1119
0.398957
1113
0.398896
1099
0.398835
1096
0.398774
1065
0.398712
1006
0.398651
1027
0.39859
1021
0.39853
1014
0.398469
981
0.398408
971
0.398347
936
0.398286
981
0.398225
987
0.398164
889
0.398103
948
0.398043
962
0.397982
922
0.397921
974
0.397861
883
0.3978
914
0.397739
916
0.397679
920
0.397618
900
0.397557
923
0.397497
935
0.397436
856
0.397376
869
0.397315
899
0.397255
862
0.397195
896
0.397134
903
0.397074
887
0.397013
891
0.396953
850
0.396893
937
0.396832
909
0.396772
908
0.396712
881
0.396652
908
0.396592
896
0.396531
909
0.396471
889
0.396411
910
0.396351
851
0.396291
891
0.396231
881
0.396171
882
0.396111
859
0.396051
877
0.395991
end of experiment
