VAMAS Surface Chemical Analysis Standard Data Transfer Format 1988 May 4
XI Ltd.
XI Spectral Data Processor
XI ASCII
NATIVE ALUMINUM OXIDE / ALUMINUM (Al) Nodule (90 DEG TOA, AS RECEIVED)
1

NORM
REGULAR
3
0
0
0
0
0
3

NATIVE ALUMINUM OXIDE / ALUMINUM (Al) Nodule (90 DEG TOA, AS RECEIVED)
2003
4
25
20
47
49
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
80
-0.0392157
2
counts
d
Transmission
d
pulse counting
0.2
80
4.00E-06
0
0
0
0
512
12.25
1587.25
0.308937
0.310253
88.75
0.310253
78.5
0.310248
76.5
0.310242
91.5
0.310237
91.75
0.310232
74
0.310227
67
0.310222
77.75
0.310216
90.5
0.310211
84.5
0.310206
66.75
0.310201
64.75
0.310196
66.75
0.31019
58.5
0.310185
61
0.31018
66.75
0.310175
61.75
0.31017
64
0.310165
73.5
0.310159
75
0.310154
72.5
0.310149
74.5
0.310144
76.5
0.310139
73.75
0.310133
63.5
0.310128
54.75
0.310123
59.5
0.310118
76.25
0.310113
88.5
0.310108
85.75
0.310102
87.5
0.310097
88.5
0.310092
81.25
0.310087
72.25
0.310082
68.75
0.310076
80
0.310071
91.25
0.310066
89.75
0.310061
82
0.310056
82.25
0.310051
91.75
0.310045
99
0.31004
99.25
0.310035
95.5
0.31003
94
0.310025
88.25
0.310019
80.5
0.310014
95
0.310009
106
0.310004
93.25
0.309999
90
0.309994
100.25
0.309988
104.5
0.309983
109.75
0.309978
125.5
0.309973
134.75
0.309968
120.75
0.309962
111.5
0.309957
138
0.309952
162
0.309947
161.5
0.309942
151
0.309937
143.75
0.309931
160
0.309926
181.5
0.309921
190
0.309916
186.25
0.309911
189.25
0.309906
223
0.3099
259.75
0.309895
261.25
0.30989
249.5
0.309885
265.75
0.30988
296.25
0.309874
330
0.309869
377
0.309864
417.5
0.309859
432.5
0.309854
448
0.309849
485.5
0.309843
523
0.309838
554
0.309833
588.25
0.309828
621.5
0.309823
658.25
0.309818
700
0.309812
729.75
0.309807
771.75
0.309802
829
0.309797
861.25
0.309792
895.25
0.309787
935.5
0.309781
966.5
0.309776
1014.5
0.309771
1072
0.309766
1115.25
0.309761
1173
0.309756
1259
0.30975
1339.25
0.309745
1384
0.30974
1386
0.309735
1368
0.30973
1382.5
0.309725
1447
0.309719
1509.5
0.309714
1546
0.309709
1564
0.309704
1578.75
0.309699
1586
0.309694
1576.25
0.309688
1577.75
0.309683
1585.75
0.309678
1587.25
0.309673
1586.75
0.309668
1552.75
0.309663
1518.25
0.309657
1503.5
0.309652
1479.25
0.309647
1456.75
0.309642
1422.25
0.309637
1362
0.309632
1295.25
0.309626
1249
0.309621
1237.5
0.309616
1231
0.309611
1159.5
0.309606
1064.75
0.309601
1031.75
0.309595
1024.5
0.30959
974.5
0.309585
901.25
0.30958
850.25
0.309575
812.25
0.30957
755
0.309565
677
0.309559
647.25
0.309554
656.75
0.309549
629.5
0.309544
576.5
0.309539
542.25
0.309534
516
0.309528
477.75
0.309523
442
0.309518
403.25
0.309513
365.25
0.309508
355.25
0.309503
366.75
0.309497
379
0.309492
370.75
0.309487
334.25
0.309482
304
0.309477
297.5
0.309472
291.25
0.309467
280.25
0.309461
283.25
0.309456
291
0.309451
293
0.309446
307.5
0.309441
339.5
0.309436
364.75
0.30943
367.75
0.309425
396
0.30942
449.75
0.309415
471.5
0.30941
477.75
0.309405
505.25
0.3094
568.5
0.309394
628.75
0.309389
665
0.309384
714.75
0.309379
756.25
0.309374
786.25
0.309369
834.5
0.309363
862.25
0.309358
877.5
0.309353
936
0.309348
979.5
0.309343
987.25
0.309338
1022
0.309333
1039.25
0.309327
1010.5
0.309322
974.25
0.309317
941.75
0.309312
920.25
0.309307
900.75
0.309302
878
0.309297
817
0.309291
717.5
0.309286
638.5
0.309281
566
0.309276
485.25
0.309271
420.5
0.309266
360
0.309261
288.75
0.309255
223.75
0.30925
179
0.309245
152
0.30924
124.5
0.309235
92.25
0.30923
78.5
0.309225
83.5
0.309219
77.5
0.309214
58.75
0.309209
43.25
0.309204
35
0.309199
32.25
0.309194
20.5
0.309189
12.25
0.309183
25.75
0.309178
36
0.309173
30.5
0.309168
22.5
0.309163
28.75
0.309158
49.5
0.309153
52.5
0.309147
38.25
0.309142
26.75
0.309137
22
0.309132
23.5
0.309127
22.25
0.309122
18
0.309117
16.5
0.309111
21
0.309106
29.25
0.309101
35
0.309096
34.25
0.309091
36
0.309086
36.25
0.309081
29
0.309075
29.75
0.30907
35.75
0.309065
38.25
0.30906
33.75
0.309055
23.25
0.30905
21.25
0.309045
27
0.309039
27.25
0.309034
26.25
0.309029
25.25
0.309024
20.5
0.309019
27.75
0.309014
37.5
0.309009
31.25
0.309004
27.25
0.308998
29.5
0.308993
25.5
0.308988
22.5
0.308983
35.75
0.308978
46.75
0.308973
36.5
0.308968
33
0.308962
37.5
0.308957
34.5
0.308952
37.5
0.308947
35.75
0.308942
21.5
0.308937

NATIVE ALUMINUM OXIDE / ALUMINUM (Al) Nodule (90 DEG TOA, AS RECEIVED)
2003
4
25
20
47
49
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
543
-0.0784314
2
counts
d
Transmission
d
pulse counting
0.2
8
4.00E-06
0
0
0
0
512
0
5065
0.389296
0.394226
357
0.394226
385
0.394206
291
0.394187
320
0.394167
309
0.394147
328
0.394128
308
0.394108
292
0.394088
258
0.394069
274
0.394049
351
0.39403
296
0.39401
358
0.39399
279
0.393971
290
0.393951
297
0.393931
332
0.393912
326
0.393892
229
0.393873
234
0.393853
235
0.393833
215
0.393814
233
0.393794
267
0.393774
215
0.393755
219
0.393735
202
0.393716
190
0.393696
187
0.393677
198
0.393657
172
0.393637
169
0.393618
196
0.393598
207
0.393579
173
0.393559
179
0.393539
203
0.39352
118
0.3935
139
0.393481
168
0.393461
184
0.393442
167
0.393422
184
0.393403
134
0.393383
169
0.393363
110
0.393344
138
0.393324
164
0.393305
141
0.393285
102
0.393266
158
0.393246
171
0.393227
157
0.393207
107
0.393188
118
0.393168
129
0.393149
131
0.393129
97
0.39311
156
0.39309
181
0.393071
175
0.393051
182
0.393032
175
0.393012
179
0.392993
169
0.392973
164
0.392954
121
0.392934
149
0.392915
183
0.392895
144
0.392876
137
0.392856
197
0.392837
185
0.392817
176
0.392798
159
0.392778
178
0.392759
238
0.392739
208
0.39272
158
0.3927
224
0.392681
277
0.392661
301
0.392642
304
0.392623
329
0.392603
314
0.392584
417
0.392564
466
0.392545
521
0.392525
490
0.392506
619
0.392486
691
0.392467
756
0.392448
853
0.392428
872
0.392409
926
0.392389
1056
0.39237
1157
0.392351
1185
0.392331
1337
0.392312
1423
0.392292
1545
0.392273
1595
0.392253
1718
0.392234
1754
0.392215
1919
0.392195
2150
0.392176
2192
0.392157
2304
0.392137
2525
0.392118
2776
0.392098
2922
0.392079
3169
0.39206
3374
0.39204
3404
0.392021
3666
0.392002
4001
0.391982
4075
0.391963
4376
0.391943
4447
0.391924
4570
0.391905
4586
0.391885
4967
0.391866
4925
0.391847
4999
0.391827
4950
0.391808
4995
0.391789
5014
0.391769
5003
0.39175
4950
0.391731
5065
0.391711
4746
0.391692
4949
0.391673
4829
0.391653
4764
0.391634
4695
0.391615
4471
0.391595
4391
0.391576
4228
0.391557
4070
0.391537
3918
0.391518
3724
0.391499
3563
0.39148
3377
0.39146
3104
0.391441
2795
0.391422
2630
0.391402
2342
0.391383
2102
0.391364
1946
0.391345
1640
0.391325
1442
0.391306
1329
0.391287
1150
0.391267
934
0.391248
824
0.391229
723
0.39121
641
0.39119
569
0.391171
469
0.391152
389
0.391133
282
0.391113
303
0.391094
246
0.391075
251
0.391056
186
0.391036
186
0.391017
133
0.390998
138
0.390979
139
0.390959
147
0.39094
83
0.390921
58
0.390902
54
0.390883
94
0.390863
52
0.390844
79
0.390825
71
0.390806
89
0.390786
114
0.390767
61
0.390748
46
0.390729
102
0.39071
33
0.39069
9
0.390671
28
0.390652
64
0.390633
53
0.390614
106
0.390595
72
0.390575
15
0.390556
90
0.390537
37
0.390518
30
0.390499
43
0.390479
69
0.39046
77
0.390441
39
0.390422
35
0.390403
88
0.390384
67
0.390365
38
0.390345
33
0.390326
16
0.390307
72
0.390288
80
0.390269
51
0.39025
23
0.390231
73
0.390211
66
0.390192
44
0.390173
71
0.390154
12
0.390135
26
0.390116
62
0.390097
80
0.390078
26
0.390058
7
0.390039
29
0.39002
60
0.390001
58
0.389982
41
0.389963
41
0.389944
61
0.389925
51
0.389906
42
0.389887
56
0.389867
31
0.389848
48
0.389829
14
0.38981
35
0.389791
58
0.389772
31
0.389753
59
0.389734
100
0.389715
28
0.389696
26
0.389677
22
0.389658
26
0.389639
81
0.38962
81
0.3896
5
0.389581
50
0.389562
92
0.389543
51
0.389524
2
0.389505
59
0.389486
41
0.389467
55
0.389448
11
0.389429
85
0.38941
57
0.389391
70
0.389372
51
0.389353
44
0.389334
0
0.389315
38
0.389296

NATIVE ALUMINUM OXIDE / ALUMINUM (Al) Nodule (90 DEG TOA, AS RECEIVED)
2003
4
25
20
47
49
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
4
4.00E-06
0
0
0
0
512
0
3971
0.339651
0.343066
211
0.343066
170
0.343052
208
0.343039
193
0.343025
180
0.343012
169
0.342998
175
0.342984
173
0.342971
183
0.342957
167
0.342944
180
0.34293
158
0.342917
157
0.342903
206
0.342889
138
0.342876
119
0.342862
170
0.342849
159
0.342835
153
0.342822
176
0.342808
128
0.342795
141
0.342781
156
0.342768
115
0.342754
153
0.342741
150
0.342727
153
0.342713
154
0.3427
112
0.342686
145
0.342673
116
0.342659
142
0.342646
154
0.342632
160
0.342619
121
0.342605
134
0.342592
121
0.342578
108
0.342565
117
0.342551
123
0.342538
128
0.342524
158
0.342511
126
0.342497
134
0.342484
148
0.34247
113
0.342457
104
0.342443
101
0.34243
131
0.342416
148
0.342403
92
0.342389
113
0.342376
132
0.342362
112
0.342349
103
0.342335
136
0.342322
140
0.342308
152
0.342295
120
0.342281
116
0.342268
140
0.342254
132
0.342241
148
0.342227
121
0.342214
121
0.3422
170
0.342187
136
0.342173
139
0.34216
135
0.342146
151
0.342133
187
0.342119
217
0.342106
230
0.342092
218
0.342079
280
0.342065
277
0.342052
320
0.342039
340
0.342025
334
0.342012
377
0.341998
392
0.341985
343
0.341971
363
0.341958
348
0.341944
349
0.341931
361
0.341917
372
0.341904
308
0.34189
303
0.341877
330
0.341864
313
0.34185
323
0.341837
256
0.341823
269
0.34181
275
0.341796
260
0.341783
260
0.34177
255
0.341756
267
0.341743
260
0.341729
307
0.341716
270
0.341702
305
0.341689
305
0.341676
344
0.341662
347
0.341649
379
0.341635
342
0.341622
410
0.341608
418
0.341595
429
0.341582
457
0.341568
434
0.341555
509
0.341541
518
0.341528
534
0.341515
532
0.341501
631
0.341488
729
0.341474
726
0.341461
844
0.341447
990
0.341434
1111
0.341421
1256
0.341407
1432
0.341394
1598
0.341381
1819
0.341367
2035
0.341354
2321
0.34134
2552
0.341327
2862
0.341314
3097
0.3413
3406
0.341287
3610
0.341273
3768
0.34126
3876
0.341247
3971
0.341233
3880
0.34122
3904
0.341207
3777
0.341193
3561
0.34118
3249
0.341166
2986
0.341153
2614
0.34114
2246
0.341126
1971
0.341113
1744
0.3411
1412
0.341086
1183
0.341073
1004
0.341059
837
0.341046
642
0.341033
492
0.341019
448
0.341006
383
0.340993
322
0.340979
296
0.340966
222
0.340953
197
0.340939
180
0.340926
196
0.340913
155
0.340899
140
0.340886
150
0.340873
123
0.340859
114
0.340846
79
0.340833
109
0.340819
75
0.340806
86
0.340793
88
0.340779
61
0.340766
78
0.340753
79
0.340739
92
0.340726
89
0.340713
40
0.340699
87
0.340686
68
0.340673
55
0.340659
68
0.340646
19
0.340633
59
0.340619
83
0.340606
93
0.340593
102
0.340579
59
0.340566
49
0.340553
75
0.340539
78
0.340526
54
0.340513
69
0.3405
97
0.340486
71
0.340473
76
0.34046
91
0.340446
61
0.340433
46
0.34042
44
0.340406
76
0.340393
89
0.34038
57
0.340367
52
0.340353
72
0.34034
57
0.340327
84
0.340313
87
0.3403
70
0.340287
60
0.340274
66
0.34026
84
0.340247
53
0.340234
89
0.34022
0
0.340207
64
0.340194
55
0.340181
49
0.340167
86
0.340154
71
0.340141
86
0.340128
77
0.340114
54
0.340101
34
0.340088
34
0.340075
93
0.340061
62
0.340048
42
0.340035
84
0.340022
61
0.340008
70
0.339995
47
0.339982
49
0.339969
60
0.339955
59
0.339942
91
0.339929
80
0.339916
73
0.339902
69
0.339889
78
0.339876
47
0.339863
59
0.339849
56
0.339836
69
0.339823
88
0.33981
62
0.339796
38
0.339783
67
0.33977
53
0.339757
52
0.339744
74
0.33973
83
0.339717
76
0.339704
48
0.339691
58
0.339677
66
0.339664
61
0.339651
end of experiment
