1 | GRASP V.7.11CD Instrument: ILL_d22
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2 |
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3 | ***** Sample, Backgrounds and Transmissions Data: *****
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4 | Subtitle: CM 10% SDS
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5 | Start: 01-Sep-16 12:23:34 End: 01-Sep-16 12:23:39
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6 |
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7 | Foreground: 93195 , Loaded: 92991:93230
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8 | Background: 91098 , Loaded: 91098
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9 | Cadmium: 90990 , Loaded: 90990
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10 | Det: 1 : Applying Deadtime Correction per (vertical) Tube: 1/[1-tau/detector_rate], tau = 1e-06 (seconds)
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11 | Data Normalisation: Standard Monitor (10000000) counts
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12 | Attenuator: 0 is In. Attenuation factor 1
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13 | Attenuator: 0 is In. Up-scaling data by 1
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14 | Attenuator2: is Out
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15 | Attenuator2: Up-scaling data by 1
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16 |
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17 | Beam Centre1 : Cx = 27.1492 Cy = 127.3257 Cm Translation : Tx = 0 Ty = 0 [mm]
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18 | Transmissions: Ts = 0.96543 +/- 0.010298 Te = 1 +/- 0.0013531
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19 | Transmissions Thickness Correction is: on
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20 | Applying standard SANS data reduction: I_corr = 1/[Ts Te] [I_s - I_cd] - 1/[Te] [I_bck - I_cd]
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21 |
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22 | ***** Calibrations: *****
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23 | Data: Corrected for D22 Detector Paralax
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24 | Data: Corrected for Detector Efficiency (doesn't change magnitude but contains curvature correction)
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25 | Data: Divided by Volume 0.025 cm3
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26 | Solid Angle Correction:
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27 | Divide data by empty beam flux, I0, from worksheet: I0 Beam Intensity 1 206
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28 | Applying Default Instrument Mask
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29 | Applying User Defined Mask
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30 | Applying NanInf Mask
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31 | Intensity units are: cm-1 \\ \Delta\Omega
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32 |
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33 | ***** Analysis *****
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34 | Averaging I vs. Q. Bin size: 1 [Pixel(s)]
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35 |
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36 |
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37 | Mod_Q I Err_I Sigma_Q
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38 |
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39 |
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40 | 0.0399175 0.454685 0.0263803 0.00471288
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41 | 0.046165 0.54033 0.0170784 0.00480637
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42 | 0.0519488 0.686058 0.0151455 0.00490143
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43 | 0.0578602 0.956229 0.0150577 0.0050082
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44 | 0.0638884 1.28432 0.0164806 0.00512676
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45 | 0.0697909 1.83596 0.0187358 0.00525444
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46 | 0.0757659 2.59976 0.0208935 0.00539176
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47 | 0.0818342 3.32344 0.0226376 0.00553808
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48 | 0.0878233 3.70728 0.0233043 0.00568917
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49 | 0.0937677 3.52462 0.0219777 0.00584476
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50 | 0.0997002 3.01737 0.0197748 0.00603395
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51 | 0.105754 2.3606 0.0166997 0.00623008
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52 | 0.111778 1.83617 0.0147322 0.00639899
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53 | 0.117726 1.44657 0.0127324 0.00662485
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54 | 0.123767 1.17843 0.0112351 0.00668465
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55 | 0.129799 0.971195 0.0101489 0.00680744
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56 | 0.135802 0.808751 0.00912863 0.00712228
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57 | 0.141812 0.695295 0.00841192 0.0074375
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58 | 0.147792 0.611707 0.00782318 0.00755311
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59 | 0.153773 0.514606 0.00713969 0.00764719
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60 | 0.159701 0.455647 0.00678823 0.00780719
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61 | 0.165696 0.390866 0.00655396 0.00810027
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62 | 0.171676 0.337981 0.00617689 0.0083926
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63 | 0.177681 0.283662 0.0058224 0.00868613
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64 | 0.183679 0.239591 0.00549489 0.00866097
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65 | 0.189674 0.211676 0.00527928 0.00894363
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66 | 0.195633 0.177007 0.00501071 0.00899143
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67 | 0.201602 0.161051 0.00482808 0.00926576
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68 | 0.207609 0.143571 0.00465575 0.00954182
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69 | 0.213531 0.125864 0.00453518 0.00981403
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70 | 0.219493 0.116092 0.00433525 0.010088
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71 | 0.225519 0.109724 0.00427441 0.010365
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72 | 0.231466 0.108851 0.00425662 0.0106383
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73 | 0.237469 0.101727 0.00410579 0.0107699
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74 | 0.243524 0.102131 0.00408791 0.0108187
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75 | 0.249542 0.0997446 0.0040449 0.0110861
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76 | 0.255532 0.0927389 0.0039732 0.0111101
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77 | 0.261534 0.103002 0.00400466 0.0113711
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78 | 0.267531 0.10003 0.00398518 0.0116319
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79 | 0.27348 0.100144 0.00396155 0.0118905
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80 | 0.279422 0.0995745 0.00392113 0.0121489
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81 | 0.285401 0.0928955 0.00382341 0.0124088
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82 | 0.2914 0.0872261 0.0037467 0.0126696
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83 | 0.29736 0.09212 0.00377657 0.0129288
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84 | 0.303295 0.0911748 0.00373771 0.0131868
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85 | 0.309303 0.0905502 0.00366701 0.0134481
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86 | 0.315358 0.0929903 0.00366412 0.0137113
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87 | 0.321395 0.0879994 0.00361011 0.0139738
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88 | 0.327382 0.0886275 0.0036135 0.0142341
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89 | 0.333349 0.0867201 0.00357475 0.0144935
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90 | 0.339256 0.0869623 0.0036239 0.0146417
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91 | 0.345238 0.0879116 0.00374222 0.0148999
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92 | 0.351199 0.0778909 0.00371481 0.0151572
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93 | 0.357148 0.0813806 0.00382721 0.0154139
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94 | 0.36318 0.0870579 0.0041159 0.0154389
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95 | 0.369223 0.0760877 0.00413387 0.0156958
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96 | 0.375224 0.0829192 0.00436183 0.0159509
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97 | 0.381149 0.0791121 0.00438626 0.0159521
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98 | 0.387142 0.0790671 0.00442998 0.0162029
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99 | 0.393128 0.0785376 0.00444171 0.0164534
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100 | 0.39912 0.0778773 0.00443032 0.0167042
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101 | 0.405149 0.076962 0.00444453 0.0169566
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102 | 0.411127 0.0788684 0.0045264 0.0172067
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103 | 0.417027 0.074275 0.00452624 0.0174537
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104 | 0.42304 0.0690467 0.00438781 0.0177053
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105 | 0.429093 0.0790999 0.00453941 0.0179587
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106 | 0.435094 0.0736514 0.00451706 0.0182098
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107 | 0.441023 0.0793386 0.00460714 0.0184579
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108 | 0.446927 0.0753389 0.00457345 0.0187051
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109 | 0.452949 0.0788231 0.00448784 0.0189571
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110 | 0.459038 0.0776624 0.00455368 0.0192119
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111 | 0.464976 0.0724525 0.0045734 0.0193057
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112 | 0.470918 0.073843 0.00455383 0.0195524
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113 | 0.476961 0.0777559 0.00450935 0.0198033
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114 | 0.483007 0.0687115 0.00451409 0.0200543
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115 | 0.488918 0.0712384 0.0045823 0.0202998
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116 | 0.494914 0.0735856 0.00450228 0.0205487
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117 | 0.500925 0.0720495 0.00455525 0.0207983
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118 | 0.506846 0.0705638 0.00457418 0.0210441
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119 | 0.512897 0.0779725 0.0045197 0.0212954
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120 | 0.518908 0.069571 0.0045849 0.0215449
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121 | 0.524778 0.0796979 0.00470227 0.0217887
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122 | 0.530796 0.0716872 0.00445713 0.0220385
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123 | 0.536811 0.0697334 0.00455695 0.0222883
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124 | 0.542692 0.0831477 0.00473303 0.0225325
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125 | 0.54868 0.0688021 0.00518882 0.0227811
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126 | 0.554685 0.0679115 0.00561555 0.0230304
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127 | 0.560731 0.079065 0.00623042 0.0232814
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128 | 0.56671 0.0741232 0.00678759 0.0235297
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129 | 0.572656 0.073377 0.00725125 0.0237765
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130 | 0.578611 0.0700584 0.008008 0.0240238
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131 | 0.584557 0.0777813 0.00895742 0.0242707
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132 | 0.590558 0.0803857 0.010397 0.0245198
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133 | 0.59653 0.0913776 0.0125859 0.0247678
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134 | 0.602361 0.0646907 0.0155185 0.0250099
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135 | 0.607919 0.0612197 0.0244838 0.0252407
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136 | 0.612617 0.00502697 0.0536103 0.0254357
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