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 12:23:24 End: 01-Sep-16 12:23:29
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6 |
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7 | Foreground: 93193 , 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 = 0.95103 +/- 0.010242 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 1 204
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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 | 0.0399306 0.495938 0.0275034 0.00471442
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41 | 0.0461801 0.601823 0.0179981 0.00480794
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42 | 0.0519658 0.724525 0.0156418 0.00490303
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43 | 0.0578791 0.980613 0.0153714 0.00500984
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44 | 0.0639094 1.38067 0.0171931 0.00512844
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45 | 0.0698138 1.89566 0.0191999 0.00525617
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46 | 0.0757907 2.69453 0.0214643 0.00539353
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47 | 0.0818611 3.42839 0.023208 0.00553989
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48 | 0.0878521 3.81292 0.0238587 0.00569104
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49 | 0.0937984 3.69338 0.0227111 0.00584668
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50 | 0.0997329 3.10662 0.0202519 0.00603593
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51 | 0.105788 2.4271 0.0170886 0.00623212
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52 | 0.111814 1.87299 0.0150134 0.00640109
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53 | 0.117765 1.5083 0.0131054 0.00662702
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54 | 0.123807 1.21221 0.011489 0.00668684
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55 | 0.129841 0.991507 0.0103408 0.00680967
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56 | 0.135846 0.860723 0.00946518 0.00712461
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57 | 0.141859 0.733918 0.00868659 0.00743994
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58 | 0.14784 0.629451 0.00799138 0.00755558
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59 | 0.153823 0.544322 0.00736919 0.0076497
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60 | 0.159753 0.463544 0.00689812 0.00780975
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61 | 0.165751 0.413464 0.00675448 0.00810292
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62 | 0.171732 0.338734 0.00624157 0.00839535
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63 | 0.177739 0.285851 0.0058941 0.00868898
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64 | 0.18374 0.243791 0.00557873 0.00866381
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65 | 0.189736 0.220321 0.00539338 0.00894656
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66 | 0.195698 0.18442 0.00511573 0.00899438
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67 | 0.201668 0.155093 0.00482891 0.0092688
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68 | 0.207677 0.1391 0.00466528 0.00954494
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69 | 0.213601 0.128787 0.00460373 0.00981725
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70 | 0.219565 0.11741 0.00438863 0.0100913
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71 | 0.225593 0.115272 0.00436179 0.0103684
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72 | 0.231541 0.105303 0.00426966 0.0106418
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73 | 0.237547 0.106812 0.00418721 0.0107734
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74 | 0.243603 0.0982932 0.00409581 0.0108222
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75 | 0.249624 0.102512 0.00410734 0.0110897
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76 | 0.255615 0.0961243 0.00404035 0.0111138
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77 | 0.26162 0.0980531 0.00400386 0.0113749
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78 | 0.267619 0.102665 0.00404536 0.0116357
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79 | 0.27357 0.0967108 0.0039728 0.0118944
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80 | 0.279514 0.102396 0.00398178 0.0121528
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81 | 0.285494 0.0972778 0.00389677 0.0124129
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82 | 0.291495 0.0898605 0.00380484 0.0126738
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83 | 0.297457 0.0935951 0.00382522 0.012933
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84 | 0.303394 0.0924456 0.00378427 0.0131911
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85 | 0.309405 0.0972294 0.00375406 0.0134525
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86 | 0.315461 0.0952473 0.00371873 0.0137158
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87 | 0.321501 0.096294 0.00370852 0.0139784
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88 | 0.32749 0.0896537 0.00365717 0.0142388
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89 | 0.333458 0.0860209 0.00360525 0.0144983
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90 | 0.339368 0.0773078 0.00358456 0.0146465
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91 | 0.345351 0.0822065 0.00373419 0.0149047
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92 | 0.351315 0.0857103 0.00381483 0.0151621
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93 | 0.357265 0.0868788 0.00391161 0.0154189
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94 | 0.363299 0.0816303 0.00411025 0.015444
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95 | 0.369344 0.0819393 0.00422615 0.015701
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96 | 0.375347 0.0764023 0.00434456 0.0159562
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97 | 0.381274 0.0811661 0.00445112 0.0159573
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98 | 0.387269 0.0821627 0.00450403 0.0162082
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99 | 0.393257 0.075463 0.00445474 0.0164588
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100 | 0.399251 0.0817594 0.00450946 0.0167097
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101 | 0.405282 0.0854387 0.00457192 0.0169621
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102 | 0.411261 0.07179 0.00450057 0.0172124
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103 | 0.417164 0.0804081 0.0046335 0.0174594
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104 | 0.423179 0.0885202 0.00462155 0.0177111
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105 | 0.429234 0.0728288 0.00452054 0.0179645
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106 | 0.435236 0.0814508 0.00463972 0.0182158
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107 | 0.441167 0.0796521 0.00465222 0.018464
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108 | 0.447074 0.0790708 0.00465467 0.0187112
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109 | 0.453098 0.071086 0.0044525 0.0189633
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110 | 0.459189 0.0752127 0.0045771 0.0192182
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111 | 0.465129 0.0706262 0.0046021 0.019312
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112 | 0.471073 0.0769092 0.00463158 0.0195588
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113 | 0.477118 0.0835313 0.00461136 0.0198098
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114 | 0.483165 0.0796931 0.00467501 0.0200609
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115 | 0.489079 0.0715977 0.00463389 0.0203064
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116 | 0.495076 0.0812292 0.00462664 0.0205555
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117 | 0.50109 0.0837694 0.00472155 0.0208051
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118 | 0.507012 0.0779764 0.00469672 0.021051
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119 | 0.513065 0.0723371 0.00450816 0.0213024
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120 | 0.519078 0.0745829 0.0046842 0.021552
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121 | 0.52495 0.0743663 0.00469591 0.0217958
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122 | 0.53097 0.074376 0.00452946 0.0220457
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123 | 0.536987 0.0650931 0.00455474 0.0222956
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124 | 0.54287 0.0786313 0.00473417 0.0225398
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125 | 0.54886 0.0751977 0.00532033 0.0227885
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126 | 0.554866 0.0662734 0.00564964 0.0230379
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127 | 0.560915 0.0812682 0.00632581 0.023289
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128 | 0.566896 0.0710208 0.0068095 0.0235374
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129 | 0.572844 0.0728956 0.00731545 0.0237843
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130 | 0.578801 0.0737664 0.00816212 0.0240317
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131 | 0.584749 0.0633562 0.0087569 0.0242786
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132 | 0.590751 0.0879515 0.0106728 0.0245279
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133 | 0.596726 0.0708406 0.012151 0.0247759
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134 | 0.602559 0.0477549 0.0149817 0.0250181
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135 | 0.608118 0.101107 0.0270189 0.0252489
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136 | 0.612818 0.0467677 0.0611547 0.025444
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