VAMAS Surface Chemical Analysis Standard Data Transfer Format 1988 May 4
XI Ltd.
XI Spectral Data Processor
XI ASCII
Cu2O (Rare Metallics) Powder on In FOIL, 90 DEG TOA, Conductive, no mesh
1

NORM
REGULAR
4
0
0
0
0
0
4

Cu2O (Rare Metallics) Powder on In FOIL, 90 DEG TOA, Conductive, no mesh
2003
5
7
23
16
34
0
0
XPS
X-RAY Source
1486.6
200
250
1000
55
90
FAT
50
1
0
0
1000
2000
55
0
data_1
data_1
-1
Binding energy
eV
948
-0.0784314
2
counts
d
Transmission
d
pulse counting
0.2
20
4.00E-06
0
0
0
0
512
0
29973
0.539955
0.551897
6490
0.551897
6796
0.551849
6681
0.551801
6499
0.551753
6540
0.551704
6395
0.551656
6567
0.551608
6485
0.55156
6590
0.551512
6255
0.551464
6316
0.551416
6526
0.551367
6287
0.551319
6494
0.551271
6460
0.551223
6316
0.551175
6421
0.551127
6221
0.551079
6387
0.551031
6622
0.550983
6494
0.550935
6565
0.550887
6593
0.550839
6565
0.550791
6410
0.550743
6587
0.550695
6787
0.550647
6500
0.550599
7026
0.550551
7067
0.550504
6983
0.550456
6981
0.550408
7220
0.55036
7467
0.550312
7328
0.550264
7646
0.550216
8026
0.550169
8221
0.550121
8403
0.550073
8941
0.550025
9404
0.549977
9845
0.54993
10580
0.549882
10823
0.549834
11655
0.549786
12008
0.549739
12972
0.549691
13517
0.549643
13994
0.549595
14501
0.549548
15101
0.5495
15501
0.549452
15954
0.549405
16326
0.549357
15785
0.54931
16201
0.549262
16228
0.549214
15895
0.549167
15877
0.549119
15446
0.549072
15276
0.549024
14909
0.548976
14819
0.548929
14592
0.548881
14244
0.548834
14460
0.548786
14168
0.548739
14148
0.548691
14488
0.548644
14483
0.548596
14673
0.548549
14579
0.548502
14853
0.548454
14894
0.548407
14971
0.548359
15025
0.548312
15159
0.548265
15070
0.548217
14812
0.54817
14861
0.548122
15119
0.548075
15383
0.548028
15035
0.54798
15287
0.547933
15018
0.547886
15022
0.547839
14970
0.547791
15245
0.547744
15285
0.547697
15283
0.54765
15556
0.547602
15115
0.547555
15179
0.547508
15065
0.547461
14905
0.547414
14758
0.547366
13846
0.547319
13518
0.547272
13060
0.547225
12728
0.547178
12542
0.547131
11589
0.547083
10983
0.547036
10281
0.546989
9970
0.546942
9339
0.546895
8777
0.546848
8294
0.546801
7895
0.546754
7604
0.546707
7434
0.54666
7224
0.546613
6945
0.546566
6837
0.546519
6761
0.546472
6506
0.546425
6600
0.546378
6666
0.546331
6397
0.546284
6448
0.546237
6318
0.54619
6197
0.546144
6238
0.546097
6314
0.54605
6491
0.546003
6662
0.545956
6385
0.545909
6700
0.545862
6337
0.545816
6618
0.545769
6490
0.545722
6848
0.545675
6878
0.545628
6662
0.545582
6961
0.545535
7480
0.545488
7216
0.545441
7268
0.545395
7652
0.545348
7616
0.545301
7921
0.545255
8101
0.545208
8232
0.545161
8460
0.545114
8807
0.545068
9038
0.545021
9309
0.544975
9744
0.544928
9970
0.544881
10494
0.544835
10786
0.544788
11116
0.544742
11383
0.544695
11956
0.544648
12279
0.544602
13004
0.544555
13590
0.544509
14188
0.544462
14515
0.544416
15327
0.544369
16357
0.544323
16580
0.544276
17302
0.54423
17828
0.544183
18918
0.544137
19520
0.544091
20074
0.544044
20927
0.543998
21660
0.543951
22586
0.543905
23410
0.543859
23982
0.543812
24719
0.543766
25426
0.54372
25819
0.543673
26722
0.543627
27617
0.543581
27989
0.543534
28634
0.543488
28637
0.543442
28840
0.543395
29091
0.543349
29973
0.543303
29800
0.543257
29514
0.54321
29308
0.543164
29341
0.543118
28849
0.543072
28088
0.543026
28077
0.542979
27928
0.542933
26677
0.542887
26096
0.542841
25514
0.542795
24981
0.542749
24253
0.542703
23626
0.542657
23079
0.54261
22227
0.542564
21251
0.542518
20555
0.542472
19499
0.542426
18808
0.54238
17528
0.542334
15976
0.542288
14674
0.542242
13210
0.542196
12089
0.54215
10268
0.542104
9342
0.542058
8206
0.542012
6674
0.541966
6045
0.54192
5300
0.541874
4479
0.541828
3903
0.541783
3378
0.541737
3003
0.541691
2951
0.541645
2358
0.541599
2136
0.541553
2096
0.541507
1831
0.541462
1721
0.541416
1438
0.54137
1350
0.541324
1197
0.541278
1179
0.541233
1313
0.541187
1155
0.541141
1155
0.541095
796
0.54105
836
0.541004
818
0.540958
778
0.540912
770
0.540867
854
0.540821
516
0.540775
847
0.54073
816
0.540684
773
0.540638
683
0.540593
677
0.540547
463
0.540501
407
0.540456
630
0.54041
248
0.540365
560
0.540319
645
0.540274
365
0.540228
434
0.540182
454
0.540137
191
0.540091
672
0.540046
419
0.54
0
0.539955

Cu2O (Rare Metallics) Powder on In FOIL, 90 DEG TOA, Conductive, no mesh
2003
5
7
23
16
36
0
0
XPS
X-RAY Source
1486.6
200
250
1000
55
90
FAT
150
1
0
0
1000
2000
55
0
data_2
data_2
-1
Binding energy
eV
1000
-0.977517
2
counts
d
Transmission
d
pulse counting
0.2
6
4.00E-06
0
0
0
0
2048
362
62506
0.300125
0.586563
39989
0.586563
40160
0.585857
40334
0.585154
40595
0.584452
40538
0.583753
40667
0.583056
40329
0.582362
40537
0.581669
40295
0.580979
40265
0.580291
40634
0.579605
40038
0.578921
40299
0.578239
40536
0.57756
40392
0.576883
40445
0.576207
40513
0.575534
40244
0.574863
40363
0.574194
40783
0.573527
41178
0.572862
41346
0.5722
41865
0.571539
42408
0.57088
42952
0.570223
43015
0.569569
42978
0.568916
41744
0.568265
41446
0.567617
40512
0.56697
39729
0.566325
39630
0.565682
39447
0.565041
39167
0.564402
39414
0.563765
39621
0.56313
41880
0.562497
46167
0.561866
49250
0.561236
46510
0.560609
41841
0.559983
39265
0.559359
38569
0.558737
38891
0.558117
41006
0.557499
44259
0.556882
48567
0.556268
49908
0.555655
46399
0.555044
39098
0.554434
34336
0.553827
32043
0.553221
31922
0.552617
31412
0.552015
31451
0.551415
32991
0.550816
37885
0.550219
43709
0.549624
43117
0.54903
43322
0.548438
42079
0.547848
36489
0.54726
32472
0.546673
32727
0.546088
36060
0.545504
42886
0.544922
53841
0.544342
62506
0.543764
58779
0.543187
43782
0.542612
29193
0.542038
24794
0.541466
23643
0.540896
23158
0.540327
23014
0.53976
22861
0.539194
23046
0.53863
23354
0.538068
22978
0.537507
22803
0.536948
23432
0.53639
23027
0.535834
23135
0.535279
23149
0.534726
23204
0.534174
23402
0.533624
23503
0.533075
23670
0.532528
23404
0.531983
23685
0.531438
23536
0.530896
23702
0.530355
23689
0.529815
23627
0.529277
23677
0.52874
23950
0.528204
23712
0.527671
23612
0.527138
23595
0.526607
23916
0.526077
23763
0.525549
23736
0.525022
23669
0.524497
23895
0.523973
23856
0.52345
23854
0.522929
23877
0.522409
23838
0.521891
23908
0.521374
24004
0.520858
23991
0.520344
23926
0.519831
24200
0.519319
24092
0.518809
24111
0.5183
24204
0.517792
24371
0.517286
24250
0.516781
24296
0.516277
24385
0.515775
24087
0.515274
24346
0.514774
24104
0.514276
24333
0.513778
24507
0.513282
24512
0.512788
24628
0.512294
24555
0.511802
24656
0.511311
24765
0.510822
24814
0.510333
24529
0.509846
24787
0.50936
24528
0.508876
24727
0.508392
24655
0.50791
24821
0.507429
24821
0.506949
24968
0.506471
24859
0.505993
25041
0.505517
25018
0.505042
25154
0.504569
25381
0.504096
24917
0.503625
24862
0.503154
25328
0.502685
25236
0.502217
25232
0.501751
25227
0.501285
25338
0.500821
25452
0.500357
25466
0.499895
25326
0.499434
25434
0.498974
25334
0.498515
25610
0.498058
25296
0.497601
25234
0.497146
25743
0.496692
25853
0.496238
25672
0.495786
25644
0.495335
25615
0.494885
25829
0.494437
25852
0.493989
25754
0.493542
25873
0.493097
25904
0.492652
25872
0.492209
25992
0.491766
26054
0.491325
25867
0.490885
25794
0.490445
25975
0.490007
25584
0.48957
25988
0.489134
26057
0.488699
26067
0.488265
26217
0.487832
26270
0.4874
26259
0.486969
26591
0.486539
26354
0.48611
26404
0.485682
26684
0.485255
26523
0.48483
26261
0.484405
26560
0.483981
26723
0.483558
26588
0.483136
26772
0.482715
27040
0.482295
26666
0.481876
26703
0.481458
27063
0.481041
27080
0.480624
27063
0.480209
26889
0.479795
26831
0.479382
26978
0.47897
27388
0.478558
27056
0.478148
27182
0.477738
27085
0.47733
27173
0.476922
27286
0.476515
27281
0.47611
27517
0.475705
27154
0.475301
27456
0.474898
27557
0.474496
27370
0.474094
27616
0.473694
27913
0.473295
27601
0.472896
27809
0.472499
27773
0.472102
27667
0.471706
27667
0.471311
27910
0.470917
28194
0.470524
27875
0.470131
28005
0.46974
28303
0.469349
28300
0.46896
28449
0.468571
28713
0.468183
28371
0.467796
28637
0.467409
28497
0.467024
28827
0.466639
28557
0.466256
28486
0.465873
28682
0.465491
28909
0.465109
28890
0.464729
28770
0.464349
28691
0.463971
28507
0.463593
28715
0.463215
28581
0.462839
28809
0.462464
28842
0.462089
28887
0.461715
29186
0.461342
28990
0.46097
28723
0.460598
29356
0.460228
29284
0.459858
29174
0.459489
29060
0.459121
28590
0.458753
29235
0.458386
28647
0.45802
28730
0.457655
28549
0.457291
28904
0.456927
28536
0.456564
28626
0.456202
28630
0.455841
28809
0.455481
28626
0.455121
28746
0.454762
29062
0.454403
29043
0.454046
29530
0.453689
29345
0.453333
29260
0.452978
29451
0.452623
29303
0.452269
29606
0.451916
29493
0.451564
29616
0.451213
29589
0.450862
29875
0.450511
29692
0.450162
29774
0.449813
29537
0.449465
29827
0.449118
30115
0.448772
30506
0.448426
30497
0.448081
30598
0.447736
30691
0.447393
30758
0.44705
31068
0.446707
30758
0.446366
30519
0.446025
30538
0.445684
30296
0.445345
30127
0.445006
30091
0.444668
30079
0.44433
29770
0.443994
29439
0.443658
28411
0.443322
27716
0.442987
26803
0.442653
26110
0.44232
26322
0.441987
26191
0.441655
25902
0.441324
26140
0.440993
26226
0.440663
25940
0.440333
26149
0.440005
26097
0.439676
26209
0.439349
25922
0.439022
25856
0.438696
25575
0.438371
25731
0.438046
25420
0.437721
25772
0.437398
25351
0.437075
25369
0.436752
25558
0.436431
25690
0.43611
25213
0.435789
25137
0.435469
25151
0.43515
25005
0.434832
24593
0.434514
24955
0.434196
24811
0.43388
24794
0.433564
24832
0.433248
24588
0.432933
25083
0.432619
25107
0.432305
25119
0.431992
25434
0.43168
25548
0.431368
25266
0.431057
25173
0.430746
25405
0.430436
25685
0.430127
25517
0.429818
25344
0.42951
25685
0.429202
25504
0.428895
25347
0.428588
25309
0.428282
25633
0.427977
26125
0.427672
25987
0.427368
25911
0.427065
26523
0.426762
26488
0.426459
26282
0.426157
26871
0.425856
26535
0.425555
26778
0.425255
26656
0.424955
27183
0.424656
27778
0.424358
29090
0.42406
29942
0.423762
30975
0.423466
30292
0.423169
28344
0.422874
26506
0.422579
25429
0.422284
25598
0.42199
25931
0.421696
26473
0.421403
26481
0.421111
26174
0.420819
25172
0.420528
24038
0.420237
23446
0.419946
22726
0.419657
22340
0.419368
21934
0.419079
21664
0.418791
21556
0.418503
21438
0.418216
21955
0.417929
22027
0.417643
21727
0.417358
21411
0.417073
20637
0.416788
20332
0.416504
20009
0.416221
19972
0.415938
19856
0.415655
19595
0.415373
19609
0.415092
19442
0.414811
18911
0.414531
19003
0.414251
19044
0.413971
18887
0.413693
18977
0.413414
18938
0.413136
18662
0.412859
19040
0.412582
19103
0.412305
19074
0.41203
18976
0.411754
18877
0.411479
19003
0.411205
19165
0.410931
19215
0.410657
19265
0.410384
19230
0.410112
19402
0.40984
19487
0.409568
19447
0.409297
19592
0.409027
19614
0.408757
19785
0.408487
19931
0.408218
20157
0.407949
20140
0.407681
20108
0.407413
20174
0.407146
20039
0.406879
20148
0.406613
20307
0.406347
19925
0.406081
20274
0.405816
20179
0.405552
20183
0.405288
20132
0.405024
20385
0.404761
20476
0.404499
20409
0.404236
20542
0.403975
20915
0.403713
21138
0.403452
21811
0.403192
22440
0.402932
23452
0.402673
24544
0.402414
25143
0.402155
25682
0.401897
25662
0.401639
27716
0.401382
32560
0.401125
34045
0.400868
28565
0.400612
23660
0.400357
20986
0.400102
18781
0.399847
17447
0.399593
16224
0.399339
15481
0.399086
15170
0.398833
14387
0.39858
13999
0.398328
13041
0.398076
13147
0.397825
13386
0.397574
13760
0.397324
14025
0.397074
13597
0.396824
13160
0.396575
13305
0.396326
14538
0.396078
15071
0.39583
13977
0.395583
12147
0.395335
10782
0.395089
10113
0.394843
9328
0.394597
9089
0.394351
8620
0.394106
8289
0.393862
7764
0.393617
7130
0.393374
6661
0.39313
6345
0.392887
6447
0.392644
6919
0.392402
7890
0.39216
9544
0.391919
13117
0.391678
19580
0.391437
26457
0.391197
31639
0.390957
13913
0.390718
5409
0.390479
4567
0.39024
4424
0.390002
4243
0.389764
4171
0.389526
4087
0.389289
4113
0.389052
3966
0.388816
3967
0.38858
3977
0.388344
4095
0.388109
3959
0.387874
4038
0.38764
3928
0.387406
3938
0.387172
3926
0.386939
3977
0.386706
4077
0.386473
4001
0.386241
3967
0.386009
3927
0.385778
4040
0.385547
4026
0.385316
4098
0.385086
3969
0.384856
3950
0.384626
3932
0.384397
4049
0.384168
3886
0.383939
3962
0.383711
4050
0.383483
3923
0.383256
3952
0.383029
4010
0.382802
4072
0.382576
3867
0.38235
3913
0.382124
3986
0.381899
4031
0.381674
3966
0.381449
3921
0.381225
3979
0.381001
3979
0.380777
4052
0.380554
3996
0.380331
4021
0.380109
4011
0.379887
3982
0.379665
3970
0.379443
4017
0.379222
4028
0.379001
4004
0.378781
4073
0.378561
3947
0.378341
3891
0.378122
3996
0.377903
4029
0.377684
3926
0.377465
3850
0.377247
4064
0.37703
4024
0.376812
3965
0.376595
3940
0.376379
4090
0.376162
4041
0.375946
4073
0.37573
4093
0.375515
4070
0.3753
3944
0.375085
4051
0.374871
4023
0.374657
4059
0.374443
4026
0.374229
4106
0.374016
4040
0.373803
4075
0.373591
4160
0.373379
4227
0.373167
3961
0.372956
4138
0.372744
4177
0.372533
4037
0.372323
4094
0.372113
4022
0.371903
4134
0.371693
4255
0.371484
4238
0.371275
4102
0.371066
4137
0.370858
4055
0.37065
4162
0.370442
4067
0.370235
4032
0.370028
4160
0.369821
4132
0.369614
4284
0.369408
4201
0.369202
4078
0.368997
4132
0.368791
4121
0.368586
4117
0.368382
4064
0.368177
4225
0.367973
4124
0.36777
4086
0.367566
4202
0.367363
4229
0.36716
4240
0.366958
4213
0.366755
4204
0.366553
4243
0.366352
4208
0.36615
4266
0.365949
4284
0.365749
4227
0.365548
4181
0.365348
4128
0.365148
4199
0.364948
4289
0.364749
4188
0.36455
4304
0.364351
4263
0.364153
4322
0.363955
4369
0.363757
4259
0.363559
4279
0.363362
4186
0.363165
4235
0.362968
4324
0.362772
4275
0.362576
4424
0.36238
4407
0.362184
4433
0.361989
4345
0.361794
4237
0.361599
4254
0.361404
4260
0.36121
4268
0.361016
4202
0.360823
4315
0.360629
4190
0.360436
4250
0.360243
4175
0.360051
4281
0.359859
4191
0.359667
4421
0.359475
4082
0.359283
4249
0.359092
4273
0.358901
4363
0.358711
4298
0.35852
4330
0.35833
4313
0.35814
4442
0.357951
4297
0.357762
4367
0.357573
4350
0.357384
4385
0.357195
4370
0.357007
4335
0.356819
4294
0.356631
4360
0.356444
4470
0.356257
4488
0.35607
4377
0.355883
4400
0.355697
4349
0.355511
4403
0.355325
4411
0.355139
4424
0.354954
4489
0.354769
4373
0.354584
4431
0.354399
4419
0.354215
4453
0.354031
4468
0.353847
4436
0.353664
4458
0.35348
4476
0.353297
4506
0.353114
4514
0.352932
4464
0.352749
4573
0.352567
4622
0.352386
4513
0.352204
4536
0.352023
4569
0.351842
4504
0.351661
4704
0.35148
4681
0.3513
4611
0.35112
4617
0.35094
4517
0.350761
4606
0.350581
4643
0.350402
4668
0.350223
4718
0.350045
4795
0.349866
4654
0.349688
4586
0.34951
4779
0.349333
4554
0.349155
4567
0.348978
4740
0.348801
4869
0.348625
4930
0.348448
4706
0.348272
4773
0.348096
4851
0.34792
4830
0.347745
4888
0.34757
4860
0.347395
4862
0.34722
4875
0.347045
4896
0.346871
4951
0.346697
5028
0.346523
4874
0.34635
4881
0.346176
4913
0.346003
4894
0.34583
5074
0.345657
4991
0.345485
5016
0.345313
5026
0.345141
5016
0.344969
4998
0.344797
5118
0.344626
5036
0.344455
5118
0.344284
5039
0.344113
5046
0.343943
5100
0.343773
5027
0.343603
4932
0.343433
4867
0.343264
4849
0.343094
4870
0.342925
4853
0.342756
4863
0.342588
4835
0.342419
4836
0.342251
4927
0.342083
4886
0.341916
5452
0.341748
5908
0.341581
5987
0.341414
7667
0.341247
11544
0.34108
10819
0.340914
5967
0.340747
4845
0.340581
4712
0.340416
4666
0.34025
4606
0.340085
4734
0.33992
4623
0.339755
4583
0.33959
4705
0.339425
4592
0.339261
4545
0.339097
4472
0.338933
4700
0.33877
4544
0.338606
4667
0.338443
4576
0.33828
4590
0.338117
4727
0.337954
4635
0.337792
4657
0.33763
4641
0.337468
4757
0.337306
4718
0.337144
4818
0.336983
4721
0.336822
4711
0.336661
4645
0.3365
4678
0.33634
4776
0.336179
4749
0.336019
4811
0.335859
4799
0.3357
4654
0.33554
4766
0.335381
4609
0.335222
4730
0.335063
4745
0.334904
4874
0.334745
4730
0.334587
4807
0.334429
4765
0.334271
4809
0.334113
4870
0.333956
4808
0.333798
4842
0.333641
4700
0.333484
4936
0.333328
4901
0.333171
4860
0.333015
4926
0.332859
4829
0.332703
4936
0.332547
5045
0.332391
4979
0.332236
5028
0.332081
4885
0.331926
5022
0.331771
4985
0.331616
4981
0.331462
4982
0.331308
4997
0.331154
4993
0.331
4984
0.330846
5057
0.330693
4978
0.33054
5048
0.330386
5093
0.330234
5030
0.330081
5078
0.329928
4974
0.329776
5222
0.329624
5116
0.329472
5063
0.32932
5114
0.329169
5131
0.329017
5093
0.328866
5063
0.328715
5195
0.328564
5088
0.328414
5161
0.328263
5246
0.328113
5400
0.327963
5324
0.327813
5244
0.327663
5265
0.327513
5321
0.327364
5319
0.327215
5247
0.327066
5285
0.326917
5436
0.326768
5334
0.32662
5325
0.326472
5257
0.326324
5373
0.326176
5346
0.326028
5297
0.32588
5383
0.325733
5431
0.325586
5428
0.325439
5379
0.325292
5419
0.325145
5514
0.324999
5307
0.324852
5490
0.324706
5550
0.32456
5377
0.324414
5536
0.324269
5439
0.324123
5566
0.323978
5548
0.323833
5570
0.323688
5465
0.323543
5434
0.323399
5574
0.323254
5546
0.32311
5560
0.322966
5766
0.322822
5698
0.322678
5783
0.322535
5880
0.322391
5859
0.322248
5916
0.322105
5713
0.321962
5838
0.321819
5873
0.321677
5779
0.321534
5934
0.321392
5901
0.32125
5879
0.321108
5828
0.320967
5792
0.320825
6009
0.320684
6020
0.320543
5939
0.320401
6007
0.320261
6211
0.32012
6131
0.319979
5994
0.319839
6004
0.319699
6044
0.319559
5986
0.319419
6004
0.319279
6041
0.31914
5970
0.319
6056
0.318861
6075
0.318722
6084
0.318583
5963
0.318444
5939
0.318306
6127
0.318167
6012
0.318029
6129
0.317891
6286
0.317753
6695
0.317615
6874
0.317477
7130
0.31734
7252
0.317203
7302
0.317065
7061
0.316928
6996
0.316792
7123
0.316655
7516
0.316518
8476
0.316382
9580
0.316246
9828
0.31611
8966
0.315974
7520
0.315838
6327
0.315702
5731
0.315567
5586
0.315432
5482
0.315297
5340
0.315162
5267
0.315027
5456
0.314892
5273
0.314758
5226
0.314623
5239
0.314489
5288
0.314355
5450
0.314221
5468
0.314087
5480
0.313954
5462
0.31382
5503
0.313687
5566
0.313554
5668
0.313421
5534
0.313288
5594
0.313155
5631
0.313023
5476
0.31289
5467
0.312758
5388
0.312626
5464
0.312494
5457
0.312362
5667
0.312231
5857
0.312099
6142
0.311968
6228
0.311837
6049
0.311705
5324
0.311575
5083
0.311444
5119
0.311313
5390
0.311183
5802
0.311052
6351
0.310922
6353
0.310792
6058
0.310662
6191
0.310533
7078
0.310403
8257
0.310273
10322
0.310144
12212
0.310015
13787
0.309886
13906
0.309757
12047
0.309628
8133
0.3095
4920
0.309371
3278
0.309243
2551
0.309115
2189
0.308987
1964
0.308859
1840
0.308731
1784
0.308603
1691
0.308476
1662
0.308349
1540
0.308221
1560
0.308094
1527
0.307967
1582
0.307841
1468
0.307714
1506
0.307588
1532
0.307461
1520
0.307335
1544
0.307209
1548
0.307083
1568
0.306957
1489
0.306832
1499
0.306706
1552
0.306581
1533
0.306455
1461
0.30633
1512
0.306205
1578
0.30608
1510
0.305956
1548
0.305831
1533
0.305707
1497
0.305582
1560
0.305458
1566
0.305334
1608
0.30521
1524
0.305087
1633
0.304963
1550
0.304839
1598
0.304716
1595
0.304593
1579
0.30447
1559
0.304347
1607
0.304224
1559
0.304101
1590
0.303979
1645
0.303856
1719
0.303734
1693
0.303612
1675
0.30349
1664
0.303368
1822
0.303246
1915
0.303124
2002
0.303003
2134
0.302881
2283
0.30276
2051
0.302639
1692
0.302518
1379
0.302397
1375
0.302276
1338
0.302156
1273
0.302035
1315
0.301915
1617
0.301795
2222
0.301674
2372
0.301554
2162
0.301435
1938
0.301315
1849
0.301195
1910
0.301076
2519
0.300956
3078
0.300837
4026
0.300718
5109
0.300599
4968
0.30048
2662
0.300362
1031
0.300243
362
0.300125

Cu2O (Rare Metallics) Powder on In FOIL, 90 DEG TOA, Conductive, no mesh
2003
5
7
23
16
36
0
0
XPS
X-RAY Source
1486.6
200
250
1000
55
90
FAT
50
1
0
0
1000
2000
55
0
data_3
data_3
-1
Binding energy
eV
540
-0.15748
2
counts
d
Transmission
d
pulse counting
0.2
10
4.00E-06
0
0
0
0
256
0
9251
0.388571
0.393476
888
0.393476
937
0.393437
888
0.393397
856
0.393358
816
0.393319
675
0.39328
792
0.39324
702
0.393201
685
0.393162
720
0.393123
685
0.393084
625
0.393044
702
0.393005
664
0.392966
593
0.392927
577
0.392888
582
0.392849
685
0.39281
630
0.392771
647
0.392731
611
0.392692
660
0.392653
664
0.392614
651
0.392575
638
0.392536
697
0.392497
669
0.392458
663
0.392419
690
0.39238
685
0.392341
727
0.392302
706
0.392263
769
0.392224
802
0.392185
903
0.392146
958
0.392108
965
0.392069
980
0.39203
1135
0.391991
1151
0.391952
1201
0.391913
1263
0.391874
1266
0.391835
1353
0.391797
1323
0.391758
1590
0.391719
1725
0.39168
1832
0.391641
2051
0.391603
2323
0.391564
2607
0.391525
2964
0.391486
3256
0.391448
3727
0.391409
3961
0.39137
4317
0.391331
4493
0.391293
4404
0.391254
4590
0.391215
4485
0.391177
4880
0.391138
5332
0.391099
6233
0.391061
7317
0.391022
8687
0.390983
9113
0.390945
9251
0.390906
8151
0.390868
6718
0.390829
4702
0.39079
3334
0.390752
2019
0.390713
1310
0.390675
811
0.390636
605
0.390598
382
0.390559
315
0.390521
266
0.390482
231
0.390444
200
0.390405
186
0.390367
156
0.390328
103
0.39029
159
0.390252
138
0.390213
86
0.390175
133
0.390136
168
0.390098
95
0.39006
114
0.390021
74
0.389983
27
0.389944
53
0.389906
85
0.389868
74
0.389829
86
0.389791
110
0.389753
40
0.389715
92
0.389676
87
0.389638
94
0.3896
53
0.389562
0
0.389523
28
0.389485
43
0.389447
85
0.389409
66
0.38937
103
0.389332
73
0.389294
67
0.389256
96
0.389218
32
0.38918
44
0.389141
51
0.389103
39
0.389065
32
0.389027
24
0.388989
130
0.388951
28
0.388913
33
0.388875
93
0.388837
44
0.388799
4
0.388761
38
0.388723
41
0.388685
55
0.388647
23
0.388609
57
0.388571

Cu2O (Rare Metallics) Powder on In FOIL, 90 DEG TOA, Conductive, no mesh
2003
5
7
23
16
36
0
0
XPS
X-RAY Source
1486.6
200
250
1000
55
90
FAT
50
1
0
0
1000
2000
55
0
data_4
data_4
-1
Binding energy
eV
295
-0.15748
2
counts
d
Transmission
d
pulse counting
0.2
10
4.00E-06
0
0
0
0
256
0
2179
0.339315
0.34272
131
0.34272
105
0.342693
96
0.342666
104
0.342639
143
0.342612
112
0.342584
140
0.342557
117
0.34253
116
0.342503
85
0.342476
88
0.342449
124
0.342422
109
0.342394
104
0.342367
152
0.34234
193
0.342313
91
0.342286
55
0.342259
82
0.342232
122
0.342205
130
0.342178
100
0.342151
123
0.342124
123
0.342097
129
0.34207
82
0.342043
116
0.342016
155
0.341989
87
0.341962
130
0.341935
134
0.341907
164
0.34188
166
0.341853
135
0.341827
243
0.3418
223
0.341773
253
0.341746
304
0.341719
308
0.341692
347
0.341665
320
0.341638
306
0.341611
343
0.341584
344
0.341557
310
0.34153
304
0.341503
290
0.341476
278
0.341449
286
0.341422
335
0.341395
283
0.341369
357
0.341342
411
0.341315
401
0.341288
596
0.341261
544
0.341234
751
0.341207
883
0.34118
1059
0.341154
1427
0.341127
1680
0.3411
1849
0.341073
2103
0.341046
2085
0.341019
2179
0.340993
1916
0.340966
1684
0.340939
1497
0.340912
1043
0.340885
768
0.340859
637
0.340832
382
0.340805
298
0.340778
158
0.340752
134
0.340725
150
0.340698
96
0.340671
107
0.340645
63
0.340618
106
0.340591
77
0.340564
69
0.340538
88
0.340511
47
0.340484
28
0.340457
0
0.340431
52
0.340404
93
0.340377
56
0.340351
72
0.340324
118
0.340297
60
0.340271
81
0.340244
74
0.340217
117
0.340191
50
0.340164
111
0.340137
66
0.340111
69
0.340084
44
0.340058
52
0.340031
64
0.340004
27
0.339978
55
0.339951
30
0.339925
81
0.339898
104
0.339871
93
0.339845
48
0.339818
44
0.339792
74
0.339765
56
0.339739
83
0.339712
61
0.339686
84
0.339659
55
0.339632
23
0.339606
87
0.339579
96
0.339553
39
0.339526
84
0.3395
78
0.339473
72
0.339447
48
0.33942
70
0.339394
67
0.339367
60
0.339341
62
0.339315
end of experiment
