!Release notes for ACIS CCD quantum efficiency curves, 15 September 1998
!M. Bautz mwb@space.mit.edu  for the ACIS SI Team.
!
!Filenames:
!	i0_w203c4r_eff_898_release.qdp
!	i1_w193c2_eff_898_release.qdp
!	i2_w158c4r_eff_898_release.qdp
!	i3_w215c2r_eff_898_release.qdp
!	s0_w168c4r_eff_898_release.qdp
!	s1_w140c4r_eff_898_release.qdp
!	s2_w182c4r_eff_898_release.qdp
!	s3_w134c4r_eff_898_release.qdp
!	s4_w457c4_eff_898_release.qdp
!	s5_w201c3r_eff_898_release.qdp
!
!where 
!	the first two characters indicate detector position in the focal plane;
!and
!	wxxxcyy indicates CCD serial number (e.g, w182c4r)
!
!Format:
!ASCII table suitable for use with qdp. The files contain this
!message, followed by a 9-line qdp header which identifies the device.
!Following the qdp header there are two columns:
!1) Energy (keV)
!2) Quantum Efficiency (for ASCA grades 0,2,3,4,6)
!
!Description:
!These files provides the best available quantum efficiency estimates
!for  ACIS detectors as of the release date.  Ten files, one for each
!focal plane detector, are released.
!The predictions are for ASCA grades 0,2,3,4,6, with
!the following event and split-event thresholds:
!Chip Type	Event Threshold			Split Threshold
!		(adu)	(electrons,		(adu)	(electrons,
!			approximate)			approximate)
!FI		38	40			13	14
!BI		20	26			13	15
!(adu = analog-to-digital converter unit converter units) 
!
!Detectors S1 and S3 are back-illuminated (BI); the other detectors are
!front-illuminated (FI).
!
!These estimates were derived from MIT CSR subassembly calibration 
!measurements,
!and reflect the spatially averaged detection efficiency of each device.
!Consult Chapter 4 of the September, 1998 release of the ACIS calibration 
!report for a full explanation of the assumptions, model, best-fit model
!parameters, probable errors, and  limitations inherent
!in these model predictions.
!
!
!Intended use:
!When combined with ancillary response functions (arf) representing the HRMA
!effective area and  ACIS optical blocking filter transmission as functions of 
!energy,and the normalized response function matrices previously
!released and available from  http://www.acis.mit.edu), viz:
!  w215c2r_norm.rmf  for FI devices; 
!  w134c4r_norm.rmf  for BI device S3;
!  w140c4r_norm.rmf  for BI device S1,
!these quantum efficiency
!curves may be used for estimating  counting rates and simulating
!spectra expected from proposed ACIS/AXAF observations. They are, per force,
!best available ACIS detection efficiency estimates for use in continuing
!analysis of AXAF ground calibration data.  
!
!Because the modelling of the BI detectors is expected to improve 
!significantly before the launch of AXAF, the BI quantum
!efficiency curves released herewith are specifically NOT intended for the 
!analysis of AXAF data on astronomical sources. 
!
!Notes/Bugs: 
!1. Please read the ACIS Calibration report, release of September, 1998,
!for a complete discussion of the limitations of these predictions.
!Systematic relative errors in the spectrally-averaged absolute efficiency 
!of the  FI detector models  may be of order 5% over the 0.4-6 keV. Errors 
!may be larger outside this band.
!Errors in the efficiency of one FI device relative to another should be
!considerably smaller than 5%, except possibly at energies above 6 keV. 
!Systematic Errors in the predicted absolute efficiency of the 
!BI devices may be as large as 25% below 1.5 keV.
!
!2. Typical estimated errors as a function of energy for FI devices
!are to be released separately in the file s2_w182c4r_effrange_898.qdp.
!
!3. The quantum efficiency is sampled on a fixed energy grid of 0.01 keV 
!spacing between 0.100 and 11.990 keV. This sampling may be  too coarse
!just above the characteristic edges of nitrogen, oxygen and silicon,
!where fine structure has been measured on scales of a few eV. A subsequent 
!release will provide finer sampling near these edges. 
!
!4.These predictions are intended to represent the spatially averaged
!quantum efficiency of each ACIS device. Generally,
!quantum efficiency of FI devices is uniform over the device 
!within +-5% at all energies below 6 keV. Spatial variations in 
!quantum efficiency in the BI chips 
!may be as large at 20%. See the September, 1998 release of the
!ACIS calibration report for details. 
!
!5. The BI quantum efficiency estimates are based on a single deadlayer model
!for both BI devices, but the two models have 
!different depletion layer thicknesses. Thus, below about 1 keV, the
!predicted efficiencies are identical for the two BI chips. The BI detector
!S3 is more efficient than the BI detector S1.
!
!6. The data in the FI files  are replica files in 
!/benz/h4/mwb/acis/cal/rsp/qe898/ as of 1998 Sep  4 16:17 (for FI chips)
!and
!/benz/h4/mwb/acis/cal/rsp/qe898/ as of 1998 Sep  15 15:16 (for BI chips).
!
FONT Ro
LAB  G1 Energy (keV)
R    X   0 12
LOC  0 0 1 1
LAB  OT ACIS Flight Detector Quantum Efficiency
LAB  Y  Detection Efficiency (1-, 2- and 3-pixel events)
R    Y   0 1
LAB T S1  Detector (w140c4r) 
!
0.1 0.68687
0.11 0.65084
0.12 0.650758
0.13 0.576836
0.14 0.60139
0.15 0.634638
0.16 0.633737
0.17 0.653896
0.18 0.666735
0.19 0.671922
0.2 0.677992
0.21 0.689056
0.22 0.700745
0.23 0.712586
0.24 0.721421
0.25 0.729831
0.26 0.736176
0.27 0.741875
0.28 0.747293
0.29 0.75191
0.3 0.756775
0.31 0.762474
0.32 0.768854
0.33 0.773194
0.34 0.77847
0.35 0.78351
0.36 0.788589
0.37 0.79299
0.38 0.797091
0.39 0.802252
0.4 0.806089
0.41 0.810945
0.42 0.81443
0.43 0.820744
0.44 0.823952
0.45 0.828125
0.46 0.83136
0.47 0.837365
0.48 0.840606
0.49 0.845111
0.5 0.849789
0.51 0.853464
0.52 0.85729
0.53 0.860115
0.54 0.728782
0.55 0.803002
0.56 0.778786
0.57 0.795345
0.58 0.809503
0.59 0.813567
0.6 0.815318
0.61 0.814572
0.62 0.818419
0.63 0.82308
0.64 0.827323
0.65 0.831929
0.66 0.83634
0.67 0.841074
0.68 0.845362
0.69 0.84914
0.7 0.852004
0.71 0.854546
0.72 0.856832
0.73 0.859374
0.74 0.862167
0.75 0.865008
0.76 0.867943
0.77 0.870539
0.78 0.873271
0.79 0.876122
0.8 0.878917
0.81 0.881729
0.82 0.884429
0.83 0.887128
0.839999 0.889665
0.849999 0.892196
0.859999 0.894579
0.869999 0.896932
0.879999 0.899177
0.889999 0.901386
0.899999 0.903553
0.909999 0.905687
0.919999 0.907798
0.929999 0.909887
0.939999 0.911959
0.949999 0.913962
0.959999 0.915941
0.969999 0.917833
0.979999 0.919719
0.989999 0.92151
0.999999 0.923286
1.01 0.924985
1.02 0.926649
1.03 0.928262
1.04 0.929825
1.05 0.931352
1.06 0.932831
1.07 0.934282
1.08 0.935667
1.09 0.937019
1.1 0.938287
1.11 0.939533
1.12 0.9407
1.13 0.941849
1.14 0.942943
1.15 0.944006
1.16 0.945022
1.17 0.945997
1.18 0.946931
1.19 0.94782
1.2 0.948675
1.21 0.949473
1.22 0.950238
1.23 0.950939
1.24 0.951609
1.25 0.952219
1.26 0.952791
1.27 0.953305
1.28 0.953777
1.29 0.954192
1.3 0.954551
1.31 0.954847
1.32 0.955078
1.33 0.955259
1.34 0.955374
1.35 0.955441
1.36 0.955422
1.37 0.955335
1.38 0.95519
1.39 0.954982
1.4 0.9547
1.41 0.954344
1.42 0.953898
1.43 0.953413
1.44 0.952848
1.45 0.95219
1.46 0.951453
1.47 0.950633
1.48 0.949779
1.49 0.948815
1.5 0.947745
1.51 0.946593
1.52 0.945345
1.53 0.943988
1.54 0.942592
1.55 0.941097
1.56 0.939522
1.57 0.937851
1.58 0.936073
1.59 0.934298
1.6 0.932395
1.61 0.93036
1.62 0.928305
1.63 0.926171
1.64 0.923891
1.65 0.921569
1.66 0.919216
1.67 0.916728
1.68 0.914122
1.69 0.91148
1.7 0.908796
1.71 0.906026
1.72 0.903258
1.73 0.900358
1.74 0.89732
1.75 0.89426
1.76 0.891123
1.77 0.887996
1.78 0.884686
1.79 0.881206
1.8 0.86824
1.81 0.864553
1.82 0.865793
1.83 0.866274
1.84 0.926607
1.85 0.907925
1.86 0.913676
1.87 0.919522
1.88 0.930228
1.89 0.931383
1.9 0.926737
1.91 0.92954
1.92 0.930895
1.93 0.929914
1.94 0.930871
1.95 0.931956
1.96 0.932522
1.97 0.933017
1.98 0.935481
1.99 0.93692
2 0.93744
2.01 0.937722
2.02 0.937459
2.03 0.937444
2.04 0.937942
2.05 0.93888
2.06 0.939877
2.07 0.940475
2.08 0.941422
2.09 0.942321
2.1 0.94306
2.11 0.943749
2.12 0.944189
2.13 0.944588
2.14 0.945269
2.15 0.945744
2.16 0.946294
2.17 0.946846
2.18 0.947353
2.19 0.947854
2.2 0.948402
2.21 0.948898
2.22 0.949401
2.23 0.949822
2.24 0.950261
2.25 0.950794
2.26 0.951296
2.27 0.951751
2.28 0.952222
2.29 0.952686
2.3 0.953211
2.31 0.953668
2.32 0.954119
2.33 0.954562
2.34 0.955005
2.35 0.955443
2.36 0.955877
2.37 0.956301
2.38 0.956722
2.39 0.957141
2.4 0.957548
2.41 0.957952
2.42 0.958352
2.43 0.958753
2.44 0.959145
2.45 0.959532
2.46 0.959912
2.47 0.960289
2.48 0.960663
2.49 0.961034
2.5 0.961398
2.51 0.961757
2.52 0.962111
2.53 0.962463
2.54 0.962811
2.55 0.963152
2.56 0.963491
2.57 0.963829
2.58 0.964162
2.59 0.964487
2.6 0.96481
2.61 0.965131
2.62 0.965446
2.63 0.965754
2.64 0.966058
2.65 0.96636
2.66 0.966658
2.67 0.966954
2.68 0.967247
2.69 0.967538
2.7 0.967818
2.71 0.968092
2.72 0.968365
2.73 0.968637
2.74 0.968902
2.75 0.969166
2.76 0.969429
2.77 0.969682
2.78 0.969929
2.79 0.970177
2.8 0.970423
2.81 0.970658
2.82 0.970889
2.83 0.971118
2.84 0.971344
2.85 0.971563
2.86 0.971781
2.87 0.971992
2.88 0.9722
2.89 0.972402
2.9 0.972603
2.91 0.9728
2.92 0.972988
2.93 0.973172
2.94 0.973353
2.95 0.97353
2.96 0.9737
2.97 0.973866
2.98 0.974027
2.99 0.974184
3 0.974332
3.01 0.974477
3.02 0.974618
3.03 0.974751
3.04 0.974878
3.05 0.975001
3.06 0.975119
3.07 0.975228
3.08 0.975331
3.09 0.97543
3.1 0.975523
3.11 0.975611
3.12 0.975693
3.13 0.975765
3.14 0.975832
3.15 0.975894
3.16 0.975947
3.17 0.975992
3.18 0.976032
3.19 0.976065
3.2 0.976091
3.21 0.97611
3.22 0.976118
3.23 0.97612
3.24 0.976115
3.25 0.976101
3.26 0.976083
3.27 0.976057
3.28 0.976022
3.29 0.975981
3.3 0.975929
3.31 0.975868
3.32 0.975798
3.33 0.975714
3.34 0.975626
3.35 0.975528
3.36 0.975419
3.37 0.975307
3.38 0.975187
3.39 0.975056
3.4 0.974913
3.41 0.974755
3.42 0.974595
3.43 0.974426
3.44 0.974244
3.45 0.974051
3.46 0.973845
3.47 0.973626
3.48 0.973396
3.49 0.97316
3.5 0.972925
3.51 0.972678
3.52 0.972403
3.53 0.972124
3.54 0.971839
3.55 0.971538
3.56 0.97122
3.57 0.97089
3.58 0.970562
3.59 0.970223
3.6 0.969868
3.61 0.969497
3.62 0.969111
3.63 0.968726
3.64 0.968332
3.65 0.967926
3.66 0.967503
3.67 0.967061
3.68 0.966601
3.69 0.966137
3.7 0.965677
3.71 0.965175
3.72 0.96465
3.73 0.964172
3.74 0.963663
3.75 0.963118
3.76 0.96255
3.77 0.961973
3.78 0.961411
3.79 0.96083
3.8 0.960232
3.81 0.959615
3.82 0.958979
3.83 0.958324
3.84 0.957689
3.85 0.957047
3.86 0.956388
3.87 0.955706
3.88 0.955004
3.89 0.954282
3.9 0.95354
3.91 0.952778
3.92 0.952038
3.93 0.9513
3.94 0.950544
3.95 0.949737
3.96 0.94887
3.97 0.948099
3.98 0.947317
3.99 0.946455
4 0.945575
4.01 0.944674
4.02 0.943825
4.03 0.942959
4.04 0.942072
4.05 0.941167
4.06 0.94024
4.07 0.939293
4.08 0.938324
4.09 0.937333
4.1 0.93632
4.11 0.935308
4.12 0.93435
4.13 0.933369
4.14 0.932366
4.15 0.931242
4.16 0.930133
4.17 0.929066
4.18 0.928062
4.19 0.927052
4.2 0.925923
4.21 0.924775
4.22 0.923601
4.23 0.922513
4.24 0.921418
4.25 0.920303
4.26 0.919079
4.27 0.91779
4.28 0.916609
4.29 0.915408
4.3 0.914185
4.31 0.913055
4.32 0.911908
4.33 0.910621
4.34 0.909308
4.35001 0.907971
4.36 0.906756
4.37001 0.905533
4.38 0.904294
4.39001 0.902918
4.40001 0.90148
4.41001 0.900172
4.42001 0.898844
4.43001 0.897494
4.44001 0.896123
4.45001 0.89477
4.46001 0.893536
4.47001 0.892176
4.48001 0.890722
4.49001 0.889244
4.50001 0.887813
4.51001 0.886485
4.52001 0.884988
4.53001 0.883439
4.54001 0.882051
4.55001 0.880644
4.56001 0.879218
4.57001 0.87777
4.58001 0.876298
4.59001 0.87481
4.60001 0.873303
4.61001 0.871773
4.62001 0.870221
4.63001 0.868648
4.64001 0.867053
4.65001 0.865619
4.66001 0.864182
4.67001 0.86253
4.68001 0.860988
4.69001 0.859535
4.70001 0.857836
4.71001 0.856171
4.72001 0.854661
4.73001 0.853134
4.74001 0.851589
4.75001 0.850028
4.76001 0.848328
4.77001 0.846451
4.78001 0.845004
4.79002 0.843587
4.80001 0.841932
4.81002 0.840258
4.82001 0.838564
4.83002 0.83685
4.84002 0.835113
4.85002 0.833357
4.86002 0.8318
4.87002 0.830279
4.88002 0.828465
4.89002 0.826781
4.90002 0.825244
4.91002 0.823418
4.92002 0.821603
4.93002 0.820014
4.94002 0.818209
4.95002 0.816257
4.96002 0.814614
4.97002 0.812955
4.98002 0.811284
4.99002 0.809598
5.00002 0.807894
5.01002 0.80617
5.02002 0.80443
5.03002 0.802674
5.04002 0.8009
5.05002 0.79911
5.06002 0.797302
5.07002 0.795477
5.08002 0.79365
5.09002 0.792165
5.10002 0.790511
5.11002 0.788623
5.12002 0.786715
5.13002 0.78486
5.14002 0.783309
5.15002 0.781523
5.16002 0.779546
5.17002 0.777932
5.18002 0.776196
5.19002 0.774166
5.20002 0.772406
5.21002 0.770725
5.22003 0.768645
5.23002 0.766741
5.24003 0.765051
5.25002 0.763349
5.26003 0.761633
5.27003 0.7599
5.28003 0.758154
5.29003 0.756396
5.30003 0.754625
5.31003 0.752838
5.32003 0.75104
5.33003 0.749231
5.34003 0.747404
5.35003 0.745562
5.36003 0.74371
5.37003 0.741844
5.38003 0.73996
5.39003 0.738064
5.40003 0.736155
5.41003 0.73423
5.42003 0.732299
5.43003 0.730833
5.44003 0.729159
5.45003 0.727182
5.46003 0.72519
5.47003 0.723262
5.48003 0.721746
5.49003 0.719944
5.50003 0.717894
5.51003 0.716311
5.52003 0.714599
5.53003 0.712505
5.54003 0.710759
5.55003 0.709139
5.56003 0.707006
5.57003 0.705096
5.58003 0.703477
5.59003 0.701847
5.60003 0.700096
5.61003 0.697893
5.62003 0.696001
5.63003 0.694331
5.64003 0.692651
5.65003 0.69096
5.66004 0.689256
5.67003 0.68713
5.68004 0.68489
5.69003 0.683157
5.70004 0.681414
5.71004 0.679659
5.72004 0.677893
5.73004 0.676117
5.74004 0.674332
5.75004 0.672538
5.76004 0.670735
5.77004 0.668915
5.78004 0.667088
5.79004 0.665253
5.80004 0.663408
5.81004 0.661552
5.82004 0.65968
5.83004 0.658127
5.84004 0.656874
5.85004 0.65504
5.86004 0.653135
5.87004 0.651216
5.88004 0.649289
5.89004 0.647381
5.90004 0.646082
5.91004 0.6445
5.92004 0.642535
5.93004 0.64056
5.94004 0.638696
5.95004 0.637365
5.96004 0.635649
5.97004 0.633634
5.98004 0.631609
5.99004 0.629792
6.00004 0.628427
6.01004 0.626571
6.02004 0.624561
6.03004 0.623177
6.04004 0.621465
6.05004 0.619366
6.06004 0.617852
6.07004 0.616284
6.08004 0.614158
6.09004 0.61245
6.10005 0.611019
6.11004 0.609588
6.12005 0.607884
6.13004 0.605708
6.14005 0.604067
6.15005 0.602606
6.16005 0.601141
6.17005 0.599293
6.18005 0.597067
6.19005 0.595496
6.20005 0.594002
6.21005 0.5925
6.22005 0.590993
6.23005 0.589465
6.24005 0.587185
6.25005 0.585202
6.26005 0.583671
6.27005 0.58213
6.28005 0.580583
6.29005 0.579036
6.30005 0.57748
6.31005 0.575915
6.32005 0.574348
6.33005 0.572775
6.34005 0.571192
6.35005 0.569606
6.36005 0.568012
6.37005 0.566414
6.38005 0.564808
6.39005 0.563195
6.40005 0.561582
6.41005 0.559964
6.42005 0.558332
6.43005 0.556697
6.44005 0.555058
6.45005 0.553407
6.46005 0.551752
6.47005 0.550095
6.48005 0.548427
6.49005 0.546753
6.50005 0.54508
6.51005 0.543395
6.52005 0.5417
6.53006 0.539999
6.54005 0.538292
6.55006 0.536584
6.56005 0.535405
6.57006 0.53454
6.58006 0.532817
6.59006 0.531086
6.60006 0.529344
6.61006 0.527598
6.62006 0.525973
6.63006 0.525099
6.64006 0.523759
6.65006 0.521995
6.66006 0.520225
6.67006 0.518446
6.68006 0.516656
6.69006 0.51546
6.70006 0.514521
6.71006 0.512722
6.72006 0.510915
6.73006 0.509099
6.74006 0.508012
6.75006 0.50693
6.76006 0.505103
6.77006 0.503788
6.78006 0.502868
6.79006 0.501076
6.80006 0.499225
6.81006 0.497364
6.82006 0.496157
6.83006 0.495142
6.84006 0.49327
6.85006 0.49183
6.86006 0.490887
6.87006 0.489141
6.88006 0.487458
6.89006 0.486513
6.90006 0.484982
6.91006 0.483067
6.92006 0.482093
6.93006 0.480778
6.94006 0.478853
6.95006 0.477641
6.96006 0.476549
6.97007 0.474601
6.98006 0.473146
6.99007 0.472174
7.00006 0.470806
7.01007 0.46942
7.02007 0.468037
7.03007 0.466665
7.04007 0.465286
7.05007 0.463918
7.06007 0.462553
7.07007 0.461188
7.08007 0.459833
7.09007 0.458475
7.10007 0.457128
7.11007 0.455783
7.12007 0.454439
7.13007 0.453099
7.14007 0.45176
7.15007 0.450432
7.16007 0.449107
7.17007 0.447783
7.18007 0.44646
7.19007 0.445147
7.20007 0.44383
7.21007 0.442523
7.22007 0.441219
7.23007 0.439925
7.24007 0.438624
7.25007 0.437334
7.26007 0.436047
7.27007 0.43476
7.28007 0.433482
7.29007 0.432199
7.30007 0.430927
7.31007 0.429666
7.32007 0.428398
7.33007 0.427132
7.34007 0.425877
7.35007 0.424621
7.36007 0.423367
7.37007 0.422125
7.38007 0.420877
7.39007 0.419639
7.40007 0.41841
7.41008 0.417173
7.42007 0.415948
7.43008 0.414725
7.44007 0.413504
7.45008 0.412284
7.46008 0.411073
7.47008 0.409863
7.48008 0.408657
7.49008 0.407453
7.50008 0.406259
7.51008 0.405066
7.52008 0.403874
7.53008 0.402684
7.54008 0.401502
7.55008 0.400323
7.56008 0.399146
7.57008 0.397978
7.58008 0.396802
7.59008 0.395638
7.60008 0.394484
7.61008 0.393323
7.62008 0.392171
7.63008 0.39102
7.64008 0.38987
7.65008 0.388731
7.66008 0.387594
7.67008 0.386458
7.68008 0.385322
7.69008 0.384196
7.70008 0.383071
7.71008 0.381949
7.72008 0.380826
7.73008 0.379713
7.74008 0.378603
7.75008 0.377494
7.76008 0.376395
7.77008 0.375297
7.78008 0.374198
7.79008 0.373101
7.80008 0.372015
7.81008 0.370929
7.82008 0.369844
7.83008 0.368761
7.84009 0.367688
7.85008 0.366616
7.86009 0.365545
7.87008 0.364474
7.88008 0.363412
7.89009 0.362353
7.90009 0.361303
7.91009 0.360244
7.92009 0.359203
7.93009 0.358156
7.94009 0.35711
7.95009 0.356072
7.96009 0.355036
7.97009 0.354002
7.98009 0.352976
7.99009 0.35195
8.00009 0.350927
8.01009 0.349913
8.02009 0.348898
8.03009 0.347885
8.04009 0.346874
8.05009 0.345872
8.06009 0.344869
8.07009 0.343869
8.08009 0.342869
8.09009 0.341879
8.10009 0.340888
8.11009 0.339899
8.12009 0.338921
8.13009 0.33794
8.14009 0.336961
8.15009 0.335985
8.16009 0.335018
8.17009 0.334049
8.18009 0.33309
8.19009 0.332125
8.20009 0.331169
8.21009 0.330211
8.22009 0.329265
8.23009 0.328311
8.24009 0.327365
8.25009 0.326427
8.26009 0.325484
8.27009 0.32455
8.28009 0.323622
8.29009 0.322688
8.30009 0.321764
8.31009 0.320841
8.3201 0.319917
8.3301 0.319002
8.3401 0.318089
8.3501 0.317176
8.3601 0.31627
8.3701 0.315358
8.3801 0.314462
8.3901 0.31356
8.4001 0.312667
8.4101 0.311774
8.4201 0.31088
8.4301 0.30999
8.4401 0.309107
8.4501 0.308224
8.4601 0.30735
8.4701 0.30647
8.4801 0.305597
8.4901 0.304725
8.5001 0.303861
8.5101 0.30299
8.5201 0.302128
8.5301 0.301267
8.5401 0.300414
8.5501 0.299561
8.5601 0.29871
8.5701 0.297867
8.5801 0.297016
8.5901 0.296173
8.6001 0.295331
8.6101 0.294497
8.6201 0.293666
8.6301 0.292833
8.6401 0.292002
8.6501 0.291179
8.6601 0.290357
8.6701 0.289535
8.6801 0.28872
8.6901 0.287899
8.7001 0.287093
8.7101 0.286282
8.7201 0.285478
8.7301 0.284667
8.7401 0.283871
8.7501 0.283069
8.76011 0.282275
8.77011 0.281482
8.78011 0.280689
8.79011 0.279903
8.80011 0.279112
8.81011 0.278337
8.82011 0.277553
8.83011 0.276777
8.84011 0.276002
8.85011 0.275228
8.86011 0.274455
8.87011 0.273689
8.88011 0.272924
8.89011 0.272159
8.90011 0.271402
8.91011 0.270646
8.92011 0.269891
8.93011 0.269135
8.94011 0.268388
8.95011 0.26764
8.96011 0.266894
8.97011 0.266149
8.98011 0.265411
8.99011 0.264674
9.00011 0.263936
9.01011 0.263206
9.02011 0.262471
9.03011 0.261743
9.04011 0.261023
9.05011 0.260295
9.06011 0.259576
9.07011 0.258856
9.08011 0.258138
9.09011 0.257428
9.10011 0.256718
9.11011 0.256007
9.12011 0.255297
9.13011 0.254595
9.14011 0.253895
9.15011 0.253194
9.16011 0.252501
9.17012 0.2518
9.18011 0.251108
9.19011 0.250416
9.20012 0.249733
9.21012 0.249042
9.22012 0.248358
9.23012 0.247675
9.24012 0.246999
9.25012 0.246323
9.26012 0.245649
9.27012 0.244976
9.28012 0.244302
9.29012 0.243635
9.30012 0.24297
9.31012 0.242304
9.32012 0.241647
9.33012 0.240983
9.34012 0.240326
9.35012 0.239676
9.36012 0.239019
9.37012 0.23837
9.38012 0.237721
9.39012 0.237074
9.40012 0.236427
9.41012 0.235787
9.42012 0.235147
9.43012 0.234507
9.44012 0.233874
9.45012 0.233244
9.46012 0.232606
9.47012 0.231982
9.48012 0.231351
9.49012 0.230728
9.50012 0.230098
9.51012 0.229482
9.52012 0.22886
9.53012 0.228239
9.54012 0.227625
9.55012 0.227011
9.56012 0.226404
9.57012 0.225791
9.58012 0.225185
9.59012 0.224579
9.60012 0.223974
9.61012 0.223377
9.62012 0.222779
9.63013 0.222174
9.64013 0.221584
9.65013 0.220987
9.66013 0.220398
9.67013 0.219809
9.68013 0.219221
9.69013 0.218633
9.70013 0.218051
9.71013 0.217464
9.72013 0.21689
9.73013 0.216309
9.74013 0.215729
9.75013 0.215158
9.76013 0.214585
9.77013 0.214014
9.78013 0.213449
9.79013 0.212877
9.80013 0.212312
9.81013 0.211748
9.82013 0.211185
9.83013 0.210629
9.84013 0.210073
9.85013 0.20951
9.86013 0.208961
9.87013 0.208405
9.88013 0.207858
9.89013 0.207309
9.90013 0.206762
9.91013 0.206214
9.92013 0.205668
9.93013 0.205129
9.94013 0.204588
9.95013 0.204049
9.96013 0.20351
9.97013 0.202977
9.98013 0.202446
9.99013 0.201915
10.0001 0.201383
10.0101 0.200759
10.0201 0.200274
10.0301 0.199788
10.0401 0.199303
10.0501 0.198815
10.0601 0.19833
10.0701 0.197839
10.0801 0.197112
10.0901 0.196623
10.1001 0.196136
10.1101 0.195647
10.1201 0.195159
10.1301 0.19467
10.1401 0.194181
10.1501 0.193691
10.1601 0.193201
10.1701 0.192711
10.1801 0.192221
10.1901 0.191731
10.2001 0.191239
10.2101 0.190749
10.2201 0.190257
10.2301 0.189766
10.2401 0.189273
10.2501 0.188781
10.2601 0.188288
10.2701 0.187794
10.2801 0.187302
10.2901 0.186808
10.3001 0.186315
10.3101 0.18582
10.3201 0.185327
10.3301 0.184831
10.3401 0.184337
10.3501 0.183841
10.3601 0.183346
10.3701 0.18285
10.3801 0.182357
10.3901 0.182106
10.4001 0.181608
10.4101 0.181113
10.4201 0.180614
10.4301 0.180118
10.4401 0.17962
10.4501 0.179124
10.4601 0.178872
10.4701 0.178373
10.4801 0.177876
10.4901 0.177376
10.5001 0.176879
10.5101 0.176627
10.5201 0.176126
10.5301 0.175627
10.5401 0.175126
10.5501 0.174629
10.5601 0.174375
10.5701 0.173873
10.5801 0.173372
10.5901 0.172874
10.6001 0.172619
10.6101 0.172118
10.6201 0.171614
10.6301 0.171116
10.6401 0.17086
10.6501 0.170356
10.6601 0.169857
10.6701 0.169601
10.6801 0.169098
10.6901 0.168597
10.7001 0.168341
10.7101 0.167837
10.7201 0.167335
10.7302 0.167078
10.7402 0.166573
10.7502 0.166071
10.7602 0.165815
10.7702 0.165308
10.7802 0.164804
10.7902 0.164549
10.8002 0.164041
10.8102 0.163538
10.8202 0.16328
10.8302 0.162776
10.8402 0.162517
10.8502 0.16201
10.8602 0.161504
10.8702 0.161247
10.8802 0.160742
10.8902 0.160483
10.9002 0.159978
10.9102 0.159719
10.9202 0.159213
10.9302 0.158955
10.9402 0.158444
10.9502 0.157938
10.9602 0.157678
10.9702 0.15717
10.9802 0.15691
10.9902 0.156403
11.0002 0.156143
11.0102 0.155636
11.0202 0.155376
11.0302 0.154867
11.0402 0.154607
11.0502 0.154098
11.0602 0.153837
11.0702 0.153328
11.0802 0.153071
11.0902 0.15281
11.1002 0.152301
11.1102 0.15204
11.1202 0.151529
11.1302 0.151268
11.1402 0.150757
11.1502 0.150495
11.1602 0.149984
11.1702 0.149726
11.1802 0.149464
11.1902 0.148953
11.2002 0.14869
11.2102 0.148177
11.2202 0.147919
11.2302 0.147657
11.2402 0.147143
11.2502 0.14688
11.2602 0.146368
11.2702 0.146109
11.2802 0.145845
11.2902 0.145332
11.3002 0.145073
11.3102 0.144809
11.3202 0.144295
11.3302 0.144036
11.3402 0.143771
11.3502 0.143257
11.3602 0.142997
11.3702 0.142733
11.3802 0.142216
11.3902 0.141957
11.4002 0.141692
11.4102 0.141176
11.4202 0.140916
11.4302 0.140651
11.4402 0.140133
11.4502 0.139874
11.4602 0.139613
11.4702 0.139347
11.4802 0.138829
11.4902 0.138569
11.5002 0.138303
11.5102 0.137784
11.5202 0.137524
11.5302 0.137262
11.5402 0.136996
11.5502 0.136477
11.5602 0.136216
11.5702 0.135954
11.5802 0.135692
11.5902 0.135425
11.6002 0.134906
11.6102 0.134643
11.6202 0.13438
11.6302 0.134115
11.6402 0.133593
11.6502 0.13333
11.6602 0.133068
11.6702 0.132806
11.6802 0.132538
11.6902 0.132016
11.7002 0.131754
11.7102 0.131491
11.7202 0.131227
11.7302 0.130963
11.7402 0.130696
11.7502 0.130173
11.7602 0.129909
11.7702 0.129645
11.7802 0.129383
11.7902 0.129118
11.8002 0.128854
11.8102 0.128585
11.8202 0.128062
11.8302 0.127797
11.8402 0.127533
11.8502 0.127268
11.8602 0.127005
11.8702 0.12674
11.8802 0.12647
11.8902 0.125946
11.9002 0.125681
11.9102 0.125416
11.9202 0.12515
11.9302 0.124886
11.9402 0.124621
11.9502 0.124355
11.9602 0.124089
11.9702 0.123824
11.9802 0.123559
11.9902 0.123289