VAMAS Surface Chemical Analysis Standard Data Transfer Format 1988 May 4
XI Ltd.
XI Spectral Data Processor
XI ASCII
Titanium: Ti (2p3) & (2p1), BE Cu(2p3)= 932.69 eV
1
 
NORM
REGULAR
1
0
0
0
0
0
1
 
Titanium: Ti (2p3) & (2p1), BE Cu(2p3)= 932.69 eV
2003
4
30
20
27
31
0
0
XPS
X-RAY Source
1486.6
200
250
1000
55
90
FAT
14.3
1
0
2
1000
2000
55
0
data_1
data_1
-1
Binding energy
eV
468
-0.05
2
counts
d
Transmission
d
pulse counting
0.1
48
4.00E-06
0
0
0
0
802
126
4932
0.438824
0.443112
1052
0.443112
1004
0.443101
1127
0.44309
1050
0.443079
1065
0.443068
1121
0.443057
1075
0.443046
1113
0.443036
1057
0.443025
1046
0.443014
1094
0.443003
1037
0.442992
1030
0.442981
1043
0.44297
1076
0.442959
1032
0.442949
1029
0.442938
1066
0.442927
1010
0.442916
1038
0.442905
1007
0.442894
1026
0.442883
991
0.442873
1038
0.442862
1036
0.442851
996
0.44284
1091
0.442829
1033
0.442818
1064
0.442807
1038
0.442797
1021
0.442786
1024
0.442775
1030
0.442764
1039
0.442753
1020
0.442742
1046
0.442731
989
0.442721
946
0.44271
1000
0.442699
1040
0.442688
1026
0.442677
1015
0.442666
1005
0.442656
1054
0.442645
990
0.442634
988
0.442623
1025
0.442612
1019
0.442601
1050
0.442591
1019
0.44258
1024
0.442569
975
0.442558
1026
0.442547
953
0.442536
948
0.442526
998
0.442515
998
0.442504
1001
0.442493
1042
0.442482
960
0.442471
986
0.442461
997
0.44245
992
0.442439
1064
0.442428
976
0.442417
954
0.442406
941
0.442396
962
0.442385
1029
0.442374
1017
0.442363
983
0.442352
938
0.442341
990
0.442331
1027
0.44232
993
0.442309
1097
0.442298
1000
0.442287
968
0.442277
1028
0.442266
1023
0.442255
968
0.442244
986
0.442233
964
0.442223
1035
0.442212
990
0.442201
986
0.44219
1025
0.442179
1022
0.442168
1027
0.442158
1006
0.442147
1010
0.442136
978
0.442125
1005
0.442114
987
0.442104
987
0.442093
986
0.442082
1010
0.442071
998
0.44206
1002
0.44205
1048
0.442039
1057
0.442028
1029
0.442017
1017
0.442006
1049
0.441996
1102
0.441985
1000
0.441974
1076
0.441963
1060
0.441953
1050
0.441942
1011
0.441931
1042
0.44192
1105
0.441909
1079
0.441899
1031
0.441888
1098
0.441877
1079
0.441866
1051
0.441855
1057
0.441845
1128
0.441834
1077
0.441823
1106
0.441812
1126
0.441802
1101
0.441791
1103
0.44178
1157
0.441769
1145
0.441758
1134
0.441748
1171
0.441737
1184
0.441726
1152
0.441715
1178
0.441705
1229
0.441694
1279
0.441683
1298
0.441672
1226
0.441661
1300
0.441651
1251
0.44164
1357
0.441629
1295
0.441618
1353
0.441608
1464
0.441597
1475
0.441586
1426
0.441575
1462
0.441565
1561
0.441554
1567
0.441543
1624
0.441532
1717
0.441522
1757
0.441511
1789
0.4415
1893
0.441489
1953
0.441479
2014
0.441468
2002
0.441457
2197
0.441446
2208
0.441435
2222
0.441425
2376
0.441414
2361
0.441403
2307
0.441392
2478
0.441382
2350
0.441371
2300
0.44136
2174
0.44135
2188
0.441339
2081
0.441328
2005
0.441317
1799
0.441307
1712
0.441296
1577
0.441285
1479
0.441274
1382
0.441264
1335
0.441253
1272
0.441242
1204
0.441231
1132
0.441221
1070
0.44121
1034
0.441199
1021
0.441188
983
0.441178
1005
0.441167
942
0.441156
908
0.441145
926
0.441135
876
0.441124
893
0.441113
890
0.441103
882
0.441092
789
0.441081
795
0.44107
841
0.44106
824
0.441049
792
0.441038
759
0.441027
754
0.441017
785
0.441006
791
0.440995
748
0.440985
775
0.440974
755
0.440963
761
0.440952
716
0.440942
741
0.440931
762
0.44092
768
0.44091
751
0.440899
774
0.440888
801
0.440877
757
0.440867
759
0.440856
767
0.440845
736
0.440835
772
0.440824
741
0.440813
780
0.440802
805
0.440792
800
0.440781
798
0.44077
795
0.44076
754
0.440749
806
0.440738
812
0.440728
820
0.440717
772
0.440706
811
0.440695
788
0.440685
844
0.440674
842
0.440663
825
0.440653
810
0.440642
858
0.440631
873
0.440621
837
0.44061
836
0.440599
876
0.440588
897
0.440578
926
0.440567
950
0.440556
984
0.440546
977
0.440535
941
0.440524
969
0.440514
968
0.440503
1020
0.440492
1025
0.440482
1034
0.440471
1101
0.44046
1059
0.44045
1119
0.440439
1126
0.440428
1206
0.440418
1216
0.440407
1239
0.440396
1233
0.440386
1301
0.440375
1253
0.440364
1339
0.440353
1389
0.440343
1456
0.440332
1476
0.440321
1495
0.440311
1540
0.4403
1585
0.440289
1733
0.440279
1691
0.440268
1785
0.440257
1887
0.440247
2044
0.440236
2046
0.440225
2081
0.440215
2318
0.440204
2362
0.440193
2592
0.440183
2682
0.440172
2870
0.440161
3082
0.440151
3322
0.44014
3487
0.44013
3854
0.440119
4111
0.440108
4464
0.440098
4783
0.440087
4750
0.440076
4932
0.440066
4853
0.440055
4653
0.440044
4170
0.440034
3693
0.440023
3003
0.440012
2346
0.440002
1840
0.439991
1518
0.43998
1153
0.43997
928
0.439959
785
0.439948
649
0.439938
538
0.439927
514
0.439917
408
0.439906
395
0.439895
380
0.439885
325
0.439874
322
0.439863
303
0.439853
291
0.439842
250
0.439831
271
0.439821
254
0.43981
241
0.439799
266
0.439789
217
0.439778
206
0.439768
227
0.439757
220
0.439746
229
0.439736
214
0.439725
212
0.439714
231
0.439704
216
0.439693
212
0.439683
179
0.439672
206
0.439661
194
0.439651
176
0.43964
165
0.439629
194
0.439619
197
0.439608
189
0.439598
209
0.439587
198
0.439576
193
0.439566
163
0.439555
190
0.439545
196
0.439534
180
0.439523
165
0.439513
189
0.439502
204
0.439491
172
0.439481
167
0.43947
153
0.43946
133
0.439449
137
0.439438
160
0.439428
157
0.439417
160
0.439407
128
0.439396
148
0.439385
167
0.439375
173
0.439364
161
0.439354
147
0.439343
143
0.439332
162
0.439322
172
0.439311
143
0.439301
179
0.43929
161
0.439279
147
0.439269
170
0.439258
164
0.439248
143
0.439237
141
0.439226
147
0.439216
137
0.439205
144
0.439195
138
0.439184
164
0.439173
134
0.439163
164
0.439152
155
0.439142
151
0.439131
153
0.439121
153
0.43911
163
0.439099
149
0.439089
134
0.439078
153
0.439068
171
0.439057
149
0.439046
141
0.439036
135
0.439025
160
0.439015
138
0.439004
145
0.438994
139
0.438983
168
0.438972
149
0.438962
154
0.438951
138
0.438941
126
0.43893
141
0.43892
131
0.438909
141
0.438898
136
0.438888
144
0.438877
141
0.438867
160
0.438856
151
0.438846
127
0.438835
151
0.438824
end of experiment
