VAMAS Surface Chemical Analysis Standard Data Transfer Format 1988 May 4
XI Ltd.
XI Spectral Data Processor
XI ASCII
MERCURY (Hg) BEAD (LIGHTLY ETCHED, "90 DEG" TOA)
1
 
NORM
REGULAR
1
0
0
0
0
0
1
 
MERCURY (Hg) BEAD (LIGHTLY ETCHED, "90 DEG" TOA)
2003
4
28
23
17
28
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
15
-0.0784314
2
counts
d
Transmission
d
pulse counting
0.2
40
4.00E-06
0
0
0
0
512
0
10912
0.299521
0.301956
1724
0.301956
1698
0.301947
1724
0.301937
1707
0.301927
1624
0.301918
1671
0.301908
1666
0.301898
1664
0.301889
1731
0.301879
1644
0.301869
1555
0.30186
1690
0.30185
1695
0.301841
1638
0.301831
1640
0.301821
1597
0.301812
1589
0.301802
1499
0.301792
1527
0.301783
1619
0.301773
1595
0.301763
1530
0.301754
1616
0.301744
1583
0.301734
1603
0.301725
1607
0.301715
1586
0.301706
1514
0.301696
1518
0.301686
1610
0.301677
1515
0.301667
1616
0.301657
1556
0.301648
1604
0.301638
1694
0.301628
1684
0.301619
1745
0.301609
1728
0.3016
1829
0.30159
1707
0.30158
1844
0.301571
1972
0.301561
1868
0.301551
2108
0.301542
2091
0.301532
2117
0.301523
2282
0.301513
2366
0.301503
2530
0.301494
2570
0.301484
2775
0.301475
2931
0.301465
3022
0.301455
3172
0.301446
3590
0.301436
3818
0.301426
4290
0.301417
4884
0.301407
5294
0.301398
6022
0.301388
6709
0.301378
7536
0.301369
8397
0.301359
9000
0.30135
9826
0.30134
10391
0.30133
10670
0.301321
10673
0.301311
10320
0.301302
9610
0.301292
8738
0.301282
7844
0.301273
6776
0.301263
5882
0.301254
4967
0.301244
4456
0.301234
4173
0.301225
3977
0.301215
3923
0.301206
4237
0.301196
4599
0.301186
4899
0.301177
5193
0.301167
5970
0.301158
6682
0.301148
7413
0.301139
8210
0.301129
8787
0.301119
9394
0.30111
9935
0.3011
10289
0.301091
10598
0.301081
10900
0.301071
10912
0.301062
10752
0.301052
10535
0.301043
10159
0.301033
9713
0.301024
9073
0.301014
8065
0.301004
7463
0.300995
6650
0.300985
5555
0.300976
4788
0.300966
3871
0.300957
3028
0.300947
2367
0.300937
1914
0.300928
1461
0.300918
1248
0.300909
1041
0.300899
882
0.30089
830
0.30088
711
0.30087
652
0.300861
674
0.300851
569
0.300842
605
0.300832
580
0.300823
587
0.300813
614
0.300804
623
0.300794
562
0.300784
528
0.300775
516
0.300765
499
0.300756
501
0.300746
559
0.300737
483
0.300727
478
0.300718
467
0.300708
524
0.300698
522
0.300689
577
0.300679
464
0.30067
520
0.30066
567
0.300651
540
0.300641
510
0.300632
561
0.300622
534
0.300613
493
0.300603
495
0.300593
590
0.300584
503
0.300574
554
0.300565
554
0.300555
524
0.300546
506
0.300536
487
0.300527
502
0.300517
629
0.300508
500
0.300498
534
0.300489
404
0.300479
471
0.300469
476
0.30046
440
0.30045
417
0.300441
433
0.300431
374
0.300422
453
0.300412
392
0.300403
425
0.300393
355
0.300384
452
0.300374
422
0.300365
412
0.300355
438
0.300346
429
0.300336
456
0.300327
407
0.300317
391
0.300308
351
0.300298
352
0.300289
300
0.300279
368
0.30027
337
0.30026
329
0.300251
324
0.300241
328
0.300231
364
0.300222
400
0.300212
358
0.300203
295
0.300193
305
0.300184
296
0.300174
217
0.300165
197
0.300155
237
0.300146
218
0.300136
132
0.300127
137
0.300117
94
0.300108
71
0.300098
127
0.300089
120
0.300079
59
0.30007
93
0.30006
76
0.300051
85
0.300041
19
0.300032
101
0.300022
41
0.300013
45
0.300003
38
0.299994
93
0.299985
86
0.299975
0
0.299966
51
0.299956
15
0.299947
42
0.299937
51
0.299928
23
0.299918
17
0.299909
106
0.299899
47
0.29989
83
0.29988
94
0.299871
98
0.299861
43
0.299852
10
0.299842
100
0.299833
68
0.299823
62
0.299814
72
0.299804
83
0.299795
78
0.299785
44
0.299776
108
0.299766
74
0.299757
47
0.299748
79
0.299738
109
0.299729
82
0.299719
45
0.29971
68
0.2997
53
0.299691
83
0.299681
74
0.299672
77
0.299662
72
0.299653
92
0.299643
128
0.299634
61
0.299625
20
0.299615
85
0.299606
73
0.299596
28
0.299587
104
0.299577
50
0.299568
53
0.299558
112
0.299549
81
0.299539
115
0.29953
83
0.299521
end of experiment
