VAMAS Surface Chemical Analysis Standard Data Transfer Format 1988 May 4
XI Ltd.
XI Spectral Data Processor
XI ASCII
Palladium: Pd (3d5) & Pd (3d3),BE Cu(2p3)=932.69eV
1
 
NORM
REGULAR
1
0
0
0
0
0
1
 
Palladium: Pd (3d5) & Pd (3d3),BE Cu(2p3)=932.69eV
2003
4
28
23
32
55
0
0
XPS
X-RAY Source
1486.6
200
250
1000
55
90
FAT
14.3
1
0
0
1000
2000
55
0
data_1
data_1
-1
Binding energy
eV
350
-0.05
2
counts
d
Transmission
d
pulse counting
0.1
45
4.00E-06
0
0
0
0
802
274
17161
0.415837
0.41948
2050
0.41948
2030
0.419471
2036
0.419461
2051
0.419452
2039
0.419443
2086
0.419434
2136
0.419425
2140
0.419415
2089
0.419406
2067
0.419397
2099
0.419388
2044
0.419378
2136
0.419369
2079
0.41936
2157
0.419351
2154
0.419342
2136
0.419332
2152
0.419323
2122
0.419314
2203
0.419305
2116
0.419296
2226
0.419286
2194
0.419277
2222
0.419268
2268
0.419259
2210
0.419249
2204
0.41924
2294
0.419231
2260
0.419222
2217
0.419213
2251
0.419203
2247
0.419194
2279
0.419185
2392
0.419176
2229
0.419167
2293
0.419157
2355
0.419148
2351
0.419139
2343
0.41913
2447
0.419121
2256
0.419111
2456
0.419102
2398
0.419093
2395
0.419084
2333
0.419075
2332
0.419065
2445
0.419056
2525
0.419047
2411
0.419038
2484
0.419029
2481
0.419019
2391
0.41901
2461
0.419001
2500
0.418992
2556
0.418983
2514
0.418973
2585
0.418964
2526
0.418955
2522
0.418946
2614
0.418937
2612
0.418927
2613
0.418918
2627
0.418909
2710
0.4189
2642
0.418891
2644
0.418881
2603
0.418872
2702
0.418863
2797
0.418854
2796
0.418845
2652
0.418836
2704
0.418826
2695
0.418817
2608
0.418808
2671
0.418799
2689
0.41879
2674
0.41878
2603
0.418771
2689
0.418762
2723
0.418753
2503
0.418744
2709
0.418735
2574
0.418725
2533
0.418716
2663
0.418707
2568
0.418698
2543
0.418689
2569
0.418679
2417
0.41867
2397
0.418661
2455
0.418652
2512
0.418643
2401
0.418634
2432
0.418624
2521
0.418615
2458
0.418606
2392
0.418597
2442
0.418588
2471
0.418579
2378
0.418569
2377
0.41856
2388
0.418551
2415
0.418542
2446
0.418533
2421
0.418524
2446
0.418514
2405
0.418505
2393
0.418496
2489
0.418487
2552
0.418478
2498
0.418469
2528
0.418459
2476
0.41845
2446
0.418441
2450
0.418432
2523
0.418423
2579
0.418414
2664
0.418405
2604
0.418395
2575
0.418386
2643
0.418377
2598
0.418368
2610
0.418359
2562
0.41835
2727
0.41834
2678
0.418331
2661
0.418322
2725
0.418313
2732
0.418304
2737
0.418295
2747
0.418286
2812
0.418276
2802
0.418267
2838
0.418258
2867
0.418249
2904
0.41824
2961
0.418231
2884
0.418222
2858
0.418212
2906
0.418203
2994
0.418194
2946
0.418185
3030
0.418176
3065
0.418167
3217
0.418158
3205
0.418148
3096
0.418139
3215
0.41813
3194
0.418121
3324
0.418112
3326
0.418103
3330
0.418094
3478
0.418084
3520
0.418075
3456
0.418066
3539
0.418057
3581
0.418048
3548
0.418039
3644
0.41803
3646
0.418021
3838
0.418011
3786
0.418002
4066
0.417993
4107
0.417984
4148
0.417975
4202
0.417966
4213
0.417957
4354
0.417948
4577
0.417938
4660
0.417929
4734
0.41792
4822
0.417911
5142
0.417902
5099
0.417893
5503
0.417884
5550
0.417875
5734
0.417865
5968
0.417856
6141
0.417847
6388
0.417838
6717
0.417829
7062
0.41782
7395
0.417811
7721
0.417802
8111
0.417792
8488
0.417783
9108
0.417774
9395
0.417765
9787
0.417756
10389
0.417747
10985
0.417738
11526
0.417729
12081
0.41772
12601
0.41771
12516
0.417701
12394
0.417692
12169
0.417683
11422
0.417674
10464
0.417665
9376
0.417656
8164
0.417647
7035
0.417638
6265
0.417628
5348
0.417619
4676
0.41761
4404
0.417601
3808
0.417592
3595
0.417583
3165
0.417574
2955
0.417565
2806
0.417556
2567
0.417547
2499
0.417537
2327
0.417528
2318
0.417519
2136
0.41751
2085
0.417501
2012
0.417492
1992
0.417483
2041
0.417474
1980
0.417465
2003
0.417456
2066
0.417446
1844
0.417437
1927
0.417428
1911
0.417419
1920
0.41741
1869
0.417401
1896
0.417392
1904
0.417383
1907
0.417374
1890
0.417365
1905
0.417356
1943
0.417346
1956
0.417337
1931
0.417328
1908
0.417319
1916
0.41731
1949
0.417301
1949
0.417292
2003
0.417283
2026
0.417274
2022
0.417265
2020
0.417256
2075
0.417247
2001
0.417237
2001
0.417228
2033
0.417219
2018
0.41721
2097
0.417201
2184
0.417192
2134
0.417183
2180
0.417174
2337
0.417165
2203
0.417156
2269
0.417147
2263
0.417138
2371
0.417129
2264
0.41712
2399
0.41711
2377
0.417101
2565
0.417092
2524
0.417083
2614
0.417074
2757
0.417065
2718
0.417056
2801
0.417047
2996
0.417038
3019
0.417029
3126
0.41702
3299
0.417011
3426
0.417002
3456
0.416993
3674
0.416984
3791
0.416974
3936
0.416965
4250
0.416956
4428
0.416947
4628
0.416938
4935
0.416929
5163
0.41692
5584
0.416911
6003
0.416902
6195
0.416893
6730
0.416884
6961
0.416875
7564
0.416866
8278
0.416857
8851
0.416848
9468
0.416839
9874
0.41683
10391
0.41682
11357
0.416811
12127
0.416802
12665
0.416793
13678
0.416784
14555
0.416775
15638
0.416766
16286
0.416757
17161
0.416748
17059
0.416739
16800
0.41673
15955
0.416721
14402
0.416712
12844
0.416703
10882
0.416694
9117
0.416685
7405
0.416676
6165
0.416667
5077
0.416658
4196
0.416649
3411
0.41664
3109
0.416631
2693
0.416621
2164
0.416612
1909
0.416603
1621
0.416594
1448
0.416585
1298
0.416576
1095
0.416567
1001
0.416558
904
0.416549
884
0.41654
806
0.416531
756
0.416522
714
0.416513
748
0.416504
689
0.416495
638
0.416486
611
0.416477
594
0.416468
565
0.416459
557
0.41645
563
0.416441
581
0.416432
530
0.416423
515
0.416414
508
0.416405
512
0.416396
496
0.416387
504
0.416378
492
0.416369
465
0.41636
468
0.416351
482
0.416342
438
0.416333
447
0.416323
458
0.416314
445
0.416305
422
0.416296
405
0.416287
447
0.416278
408
0.416269
394
0.41626
397
0.416251
394
0.416242
382
0.416233
403
0.416224
392
0.416215
374
0.416206
415
0.416197
416
0.416188
367
0.416179
403
0.41617
379
0.416161
350
0.416152
353
0.416143
356
0.416134
325
0.416125
354
0.416116
357
0.416107
315
0.416098
324
0.416089
323
0.41608
342
0.416071
350
0.416062
309
0.416053
313
0.416044
357
0.416035
372
0.416026
345
0.416017
282
0.416008
346
0.415999
320
0.41599
339
0.415981
360
0.415972
328
0.415963
336
0.415954
316
0.415945
323
0.415936
302
0.415927
348
0.415918
334
0.415909
362
0.4159
334
0.415891
335
0.415882
301
0.415873
317
0.415864
308
0.415855
274
0.415846
288
0.415837
end of experiment
