VAMAS Surface Chemical Analysis Standard Data Transfer Format 1988 May 4
XI Ltd.
XI Spectral Data Processor
XI ASCII
NATIVE LEAD OXIDE / LEAD (Pb) SHEET (35 DEG TOA, AIR-EXPOSED >1 HR)
1

NORM
REGULAR
3
0
0
0
0
0
3

NATIVE LEAD OXIDE / LEAD (Pb) SHEET (35 DEG TOA, AIR-EXPOSED >1 HR)
2003
4
25
21
30
31
0
0
XPS
X-RAY Source
1486.6
200
250
1000
55
90
FAT
25
1
0
0
1000
2000
55
0
data_1
data_1
-1
Binding energy
eV
151
-0.0784314
2
counts
d
Transmission
d
pulse counting
0.2
20
4.00E-06
0
0
0
0
512
136
4357
0.317204
0.320046
819
0.320046
789
0.320035
849
0.320023
885
0.320012
817
0.320001
824
0.319989
804
0.319978
794
0.319967
764
0.319956
842
0.319944
842
0.319933
757
0.319922
798
0.319911
764
0.319899
752
0.319888
724
0.319877
725
0.319866
738
0.319854
772
0.319843
747
0.319832
785
0.31982
752
0.319809
707
0.319798
705
0.319787
708
0.319775
694
0.319764
784
0.319753
738
0.319742
707
0.31973
731
0.319719
734
0.319708
725
0.319697
727
0.319686
716
0.319674
686
0.319663
710
0.319652
729
0.319641
657
0.319629
703
0.319618
722
0.319607
682
0.319596
672
0.319584
672
0.319573
695
0.319562
703
0.319551
666
0.319539
666
0.319528
684
0.319517
649
0.319506
699
0.319495
675
0.319483
667
0.319472
641
0.319461
655
0.31945
654
0.319438
668
0.319427
624
0.319416
657
0.319405
674
0.319394
685
0.319382
689
0.319371
680
0.31936
678
0.319349
674
0.319337
718
0.319326
677
0.319315
702
0.319304
751
0.319293
764
0.319281
730
0.31927
769
0.319259
837
0.319248
823
0.319237
847
0.319225
925
0.319214
981
0.319203
999
0.319192
1006
0.319181
1159
0.319169
1261
0.319158
1354
0.319147
1518
0.319136
1766
0.319125
1955
0.319113
2207
0.319102
2316
0.319091
2612
0.31908
2815
0.319069
3161
0.319058
3276
0.319046
3422
0.319035
3467
0.319024
3591
0.319013
3684
0.319002
3560
0.31899
3509
0.318979
3283
0.318968
3128
0.318957
3028
0.318946
2766
0.318935
2539
0.318923
2308
0.318912
2066
0.318901
1937
0.31889
1737
0.318879
1588
0.318868
1512
0.318856
1410
0.318845
1279
0.318834
1178
0.318823
1105
0.318812
1042
0.318801
1176
0.318789
1203
0.318778
1279
0.318767
1350
0.318756
1471
0.318745
1527
0.318734
1504
0.318723
1404
0.318711
1245
0.3187
1080
0.318689
970
0.318678
789
0.318667
741
0.318656
661
0.318644
617
0.318633
585
0.318622
558
0.318611
595
0.3186
616
0.318589
601
0.318578
611
0.318566
597
0.318555
664
0.318544
725
0.318533
769
0.318522
841
0.318511
820
0.3185
975
0.318489
1044
0.318477
1252
0.318466
1332
0.318455
1583
0.318444
1748
0.318433
2009
0.318422
2284
0.318411
2625
0.3184
2886
0.318388
3262
0.318377
3546
0.318366
3778
0.318355
3880
0.318344
4166
0.318333
4323
0.318322
4357
0.318311
4276
0.318299
4046
0.318288
4064
0.318277
3769
0.318266
3511
0.318255
3287
0.318244
3021
0.318233
2712
0.318222
2558
0.318211
2260
0.318199
2055
0.318188
1846
0.318177
1615
0.318166
1477
0.318155
1284
0.318144
1197
0.318133
1182
0.318122
1160
0.318111
1135
0.3181
1276
0.318088
1333
0.318077
1462
0.318066
1624
0.318055
1650
0.318044
1643
0.318033
1546
0.318022
1381
0.318011
1135
0.318
923
0.317989
714
0.317978
614
0.317967
494
0.317955
384
0.317944
339
0.317933
333
0.317922
300
0.317911
295
0.3179
274
0.317889
257
0.317878
257
0.317867
223
0.317856
220
0.317845
209
0.317834
228
0.317823
211
0.317811
224
0.3178
211
0.317789
198
0.317778
183
0.317767
218
0.317756
203
0.317745
223
0.317734
190
0.317723
180
0.317712
179
0.317701
194
0.31769
189
0.317679
181
0.317668
193
0.317657
179
0.317646
163
0.317635
152
0.317623
182
0.317612
182
0.317601
180
0.31759
164
0.317579
177
0.317568
148
0.317557
187
0.317546
164
0.317535
161
0.317524
165
0.317513
160
0.317502
180
0.317491
176
0.31748
152
0.317469
154
0.317458
156
0.317447
152
0.317436
145
0.317425
189
0.317414
145
0.317403
151
0.317392
184
0.317381
186
0.31737
163
0.317359
170
0.317348
170
0.317337
172
0.317325
166
0.317314
182
0.317303
173
0.317292
155
0.317281
148
0.31727
158
0.317259
138
0.317248
167
0.317237
142
0.317226
136
0.317215
177
0.317204

NATIVE LEAD OXIDE / LEAD (Pb) SHEET (35 DEG TOA, AIR-EXPOSED >1 HR)
2003
4
25
21
30
31
0
0
XPS
X-RAY Source
1486.6
200
250
1000
55
90
FAT
50
1
0
0
1000
2000
55
0
data_2
data_2
-1
Binding energy
eV
542
-0.0784314
2
counts
d
Transmission
d
pulse counting
0.2
10
4.00E-06
0
0
0
0
512
0
3381
0.389054
0.393976
319
0.393976
301
0.393956
295
0.393936
376
0.393917
382
0.393897
331
0.393877
297
0.393858
285
0.393838
396
0.393819
395
0.393799
343
0.393779
405
0.39376
264
0.39374
318
0.393721
296
0.393701
349
0.393681
314
0.393662
174
0.393642
267
0.393623
292
0.393603
304
0.393583
303
0.393564
299
0.393544
299
0.393525
300
0.393505
233
0.393486
217
0.393466
234
0.393447
249
0.393427
250
0.393407
317
0.393388
316
0.393368
154
0.393349
250
0.393329
212
0.39331
242
0.39329
280
0.393271
262
0.393251
216
0.393232
204
0.393212
298
0.393193
210
0.393173
298
0.393153
227
0.393134
220
0.393114
207
0.393095
226
0.393075
285
0.393056
244
0.393036
274
0.393017
230
0.392997
140
0.392978
193
0.392958
199
0.392939
255
0.392919
268
0.3929
144
0.39288
181
0.392861
199
0.392841
222
0.392822
201
0.392803
155
0.392783
220
0.392764
259
0.392744
176
0.392725
142
0.392705
152
0.392686
207
0.392666
253
0.392647
289
0.392627
242
0.392608
228
0.392589
219
0.392569
227
0.39255
244
0.39253
175
0.392511
221
0.392491
228
0.392472
208
0.392452
231
0.392433
190
0.392414
192
0.392394
174
0.392375
213
0.392355
186
0.392336
283
0.392317
227
0.392297
164
0.392278
170
0.392258
143
0.392239
182
0.39222
192
0.3922
263
0.392181
310
0.392161
272
0.392142
259
0.392123
268
0.392103
235
0.392084
317
0.392064
229
0.392045
312
0.392026
316
0.392006
349
0.391987
327
0.391968
425
0.391948
343
0.391929
385
0.39191
399
0.39189
395
0.391871
473
0.391852
551
0.391832
458
0.391813
551
0.391793
671
0.391774
706
0.391755
709
0.391735
781
0.391716
945
0.391697
1007
0.391677
1124
0.391658
1366
0.391639
1509
0.39162
1619
0.3916
1835
0.391581
2024
0.391562
2220
0.391542
2312
0.391523
2676
0.391504
2797
0.391484
2897
0.391465
3165
0.391446
3381
0.391426
3314
0.391407
3257
0.391388
3276
0.391369
3072
0.391349
2919
0.39133
2764
0.391311
2635
0.391292
2341
0.391272
2026
0.391253
1746
0.391234
1647
0.391214
1449
0.391195
1337
0.391176
1071
0.391157
980
0.391137
911
0.391118
830
0.391099
822
0.39108
837
0.39106
866
0.391041
796
0.391022
750
0.391003
760
0.390983
819
0.390964
872
0.390945
744
0.390926
792
0.390907
752
0.390887
735
0.390868
645
0.390849
578
0.39083
505
0.39081
605
0.390791
418
0.390772
404
0.390753
315
0.390734
306
0.390714
327
0.390695
237
0.390676
202
0.390657
181
0.390638
94
0.390619
186
0.390599
161
0.39058
229
0.390561
82
0.390542
101
0.390523
222
0.390503
157
0.390484
179
0.390465
87
0.390446
106
0.390427
159
0.390408
165
0.390388
145
0.390369
131
0.39035
102
0.390331
82
0.390312
149
0.390293
189
0.390274
194
0.390254
168
0.390235
187
0.390216
121
0.390197
202
0.390178
128
0.390159
155
0.39014
193
0.390121
143
0.390101
124
0.390082
87
0.390063
0
0.390044
110
0.390025
231
0.390006
29
0.389987
89
0.389968
103
0.389949
163
0.389929
70
0.38991
152
0.389891
154
0.389872
221
0.389853
187
0.389834
189
0.389815
211
0.389796
148
0.389777
130
0.389758
89
0.389739
99
0.38972
77
0.389701
73
0.389681
130
0.389662
184
0.389643
140
0.389624
144
0.389605
30
0.389586
133
0.389567
162
0.389548
222
0.389529
146
0.38951
130
0.389491
145
0.389472
138
0.389453
219
0.389434
34
0.389415
118
0.389396
91
0.389377
279
0.389358
126
0.389339
273
0.38932
172
0.389301
161
0.389282
72
0.389263
76
0.389244
128
0.389225
122
0.389206
149
0.389187
250
0.389168
158
0.389149
126
0.38913
147
0.389111
122
0.389092
172
0.389073
12
0.389054

NATIVE LEAD OXIDE / LEAD (Pb) SHEET (35 DEG TOA, AIR-EXPOSED >1 HR)
2003
4
25
21
30
31
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
297
-0.0784314
2
counts
d
Transmission
d
pulse counting
0.2
6
4.00E-06
0
0
0
0
512
0
664
0.339651
0.343066
55
0.343066
102
0.343052
48
0.343039
113
0.343025
116
0.343012
51
0.342998
89
0.342984
39
0.342971
7
0.342957
37
0.342944
81
0.34293
102
0.342917
42
0.342903
66
0.342889
92
0.342876
84
0.342862
114
0.342849
109
0.342835
74
0.342822
88
0.342808
78
0.342795
57
0.342781
116
0.342768
85
0.342754
111
0.342741
34
0.342727
93
0.342713
61
0.3427
53
0.342686
69
0.342673
59
0.342659
55
0.342646
95
0.342632
74
0.342619
99
0.342605
105
0.342592
135
0.342578
110
0.342565
115
0.342551
74
0.342538
107
0.342524
58
0.342511
101
0.342497
68
0.342484
38
0.34247
56
0.342457
110
0.342443
76
0.34243
90
0.342416
84
0.342403
84
0.342389
103
0.342376
64
0.342362
57
0.342349
91
0.342335
105
0.342322
80
0.342308
75
0.342295
50
0.342281
118
0.342268
35
0.342254
55
0.342241
101
0.342227
95
0.342214
61
0.3422
49
0.342187
83
0.342173
45
0.34216
0
0.342146
69
0.342133
104
0.342119
38
0.342106
75
0.342092
103
0.342079
140
0.342065
74
0.342052
61
0.342039
121
0.342025
151
0.342012
111
0.341998
79
0.341985
123
0.341971
128
0.341958
114
0.341944
143
0.341931
188
0.341917
169
0.341904
240
0.34189
221
0.341877
297
0.341864
317
0.34185
333
0.341837
321
0.341823
282
0.34181
272
0.341796
306
0.341783
300
0.34177
306
0.341756
338
0.341743
297
0.341729
276
0.341716
248
0.341702
210
0.341689
215
0.341676
141
0.341662
84
0.341649
104
0.341635
156
0.341622
147
0.341608
174
0.341595
84
0.341582
95
0.341568
118
0.341555
161
0.341541
94
0.341528
118
0.341515
71
0.341501
126
0.341488
118
0.341474
150
0.341461
38
0.341447
121
0.341434
148
0.341421
163
0.341407
131
0.341394
135
0.341381
168
0.341367
153
0.341354
205
0.34134
248
0.341327
181
0.341314
238
0.3413
277
0.341287
248
0.341273
274
0.34126
337
0.341247
317
0.341233
345
0.34122
381
0.341207
472
0.341193
514
0.34118
537
0.341166
580
0.341153
596
0.34114
647
0.341126
664
0.341113
660
0.3411
617
0.341086
645
0.341073
556
0.341059
553
0.341046
555
0.341033
447
0.341019
401
0.341006
360
0.340993
327
0.340979
204
0.340966
243
0.340953
170
0.340939
191
0.340926
156
0.340913
170
0.340899
128
0.340886
88
0.340873
105
0.340859
161
0.340846
33
0.340833
114
0.340819
90
0.340806
47
0.340793
57
0.340779
69
0.340766
50
0.340753
84
0.340739
20
0.340726
27
0.340713
91
0.340699
72
0.340686
68
0.340673
35
0.340659
70
0.340646
49
0.340633
113
0.340619
60
0.340606
54
0.340593
46
0.340579
89
0.340566
64
0.340553
90
0.340539
43
0.340526
62
0.340513
47
0.3405
45
0.340486
59
0.340473
39
0.34046
63
0.340446
63
0.340433
69
0.34042
87
0.340406
49
0.340393
94
0.34038
38
0.340367
62
0.340353
35
0.34034
21
0.340327
98
0.340313
95
0.3403
61
0.340287
88
0.340274
118
0.34026
56
0.340247
23
0.340234
88
0.34022
50
0.340207
58
0.340194
73
0.340181
103
0.340167
84
0.340154
104
0.340141
15
0.340128
26
0.340114
88
0.340101
127
0.340088
64
0.340075
67
0.340061
108
0.340048
29
0.340035
30
0.340022
91
0.340008
59
0.339995
51
0.339982
112
0.339969
61
0.339955
80
0.339942
65
0.339929
67
0.339916
83
0.339902
51
0.339889
87
0.339876
31
0.339863
55
0.339849
63
0.339836
40
0.339823
26
0.33981
72
0.339796
57
0.339783
32
0.33977
89
0.339757
76
0.339744
76
0.33973
90
0.339717
56
0.339704
60
0.339691
99
0.339677
69
0.339664
32
0.339651
end of experiment
