2.9.99 last run entered = 9333 by M.Dobbs **************************************** * HEC Testbeam July - August 1999 * * * * Run Summary * **************************************** **********HV Shorts ************************************************* Module Depth Gaps Subgap CF01 2 9-24 Est2 CF01 2 9-24 Est1 CF17 2 9-24 Est1 CR18 4 33-40 Est1 CR19 4 33-40 Est1 Modules 1-16 are CDN, 17-32 are Euro, F=Front R=rear ******************************************************************** COORDINATE SYSTEMS FOR THE AUG 99 BEAM TEST Due to an offset between the module and cryostat/beam, the coordinate systems are confusing... X_cryostat[ticks] is the position of the cryostat as displayed on the counter located beside the cryostat X_cryostat[mm] is the position of the cryostat according to the "old" formula: X_cryostat[mm]=X_cryostat[ticks]*0.39 - 1.95 X_module[mm] is the displacement from the center pad boundary of the modules. It was found on 13.08.99 in logbook and X_module[mm] = 0mm corresponds to X_cryostat[ticks] = 99853 X_cryostat[mm] = -59.3mm Y_table[mm] is the position of the Y Table as displayed by the red LCD on rack 625 in the counting room Y_beam[mm] is the displacement from the location of the beam when Bend9 = 0A. Y_beam[mm] = 0mm corresponds to Y_table[mm] = 16mm (see 13.8.99 logbook) Y_module[mm] is the displacement from zero as defined in the "impact point definition" diagram (on the counting room wall). Y_module = 48mm corresponds to the boundary between pads 61 & 37 and is equivalent to (see 14.8.99 logbook) Y_table[mm] =38mm Y_beam[mm] =54mm !!!!!!!!!!!!!! ! ATTENTION: ! !!!!!!!!!!!!!! for the 150 GeV x-scans the shift crews should enter X_module and Y_beam in the DAQ run header (this is chosen by precedent...) (runs < 8520) for all other runs (ie those beginning with 8520), the shift crew should enter the X_module and Y_module in the DAQ run header Note: Y_table offset changed from 16mm to 0mm beginning run 8627 (Y position of previous runs may be off by up to 16mm) ********************************************************************* ===================================================================== | Energy scans, Electrons | ============================ Energy Scan, Electrons, Point A, x= -232(Xcal), y= 149 (Ycal) Energy (GeV) run# 193.1 9167 147.8 8603 120 8634, 8681 100 8651 80 8704 60 8717 40 20 9029 10 9023 Energy Scan, Electrons, Point B, x= -78 (Xcal) , y= 134 (Ycal) Energy (GeV) run# 193.1 9170 147.8 8605 120 8633, 8680, 8682-8683-8684 (B9=865,815,915) 100 8652 80 8703 60 8718 40 8730 20 9032 10 9022 Energy Scan, Electrons, Point C, x= 78 (Xcal) , y= 134 (Ycal) Energy (GeV) run# 193.1 9171 147.8 8606 120 8632, 8679 100 8653 80 8702 60 8719 40 8728 20 9033 10 9015 Energy Scan, Electrons, Point D, x= 232 (Xcal) , y= 149 (Ycal) Energy (GeV) run# 193.1 9177 147.8 8607 120 8625 (table slipped), 8631, 8677 (1k), 8678 100 8654 80 8701 60 8720 40 8724 20 9037 10 9012 Energy Scan, Electrons, Point E, x= -259 (Xcal) , y= -28 (Ycal) Energy (GeV) run# 193.1 9166 147.8 8613 120 8635, 8672 (1k evts), 8673 100 8655 80 8697 60 8716 40 8736 20 10 9025 Energy Scan, Electrons, Point F, x= -87 (Xcal), y= -45 (Ycal) Energy (GeV) run# 193.1 9169 147.8 8614 120 8636, 8637 (wrong Y+), 8642, 8674 100 8656 80 8698 60 8715 40 8732 20 9031 10 9019 Energy Scan, Electrons, Point G, x= 87 (Xcal) , y= -45 (Ycal) Energy (GeV) run# 193.1 9174 147.8 8615 120 8638 (wrong Y+), 8641, 8675 100 8657 80 8699 60 8714 40 8727 20 9035 10 9013 Energy Scan, Electrons, Point H, x= 259 (Xcal), y= -28 (Ycal) Energy (GeV) run# 193.1 9175 147.8 8616 120 8639 (wrong Y+), 8640, 8676 100 8658 80 8700 60 8713 40 8723 20 9039 10 9011 Energy Scan, Electrons, Point I, x= , y= Energy (GeV) run# 196 147.8 120 100 80 60 40 20 10 Energy Scan, Electrons, Point J, x= , y= Energy (GeV) run# 196 147.8 120 100 80 60 40 20 10 Energy Scan, Electrons, Point K, x= -240 (Xcal) , y= 0 (Ycal) Energy (GeV) run# 193.1 9165 147.8 8608 120 8626, 8671 100 8650 80 8696 60 8709 40 8735 20 9028 10 9024 Energy Scan, Electrons, Point L, x= -80 (Xcal) , y= 0 (Ycal) Energy (GeV) run# 193.1 9168 147.8 8609 120 8623 (table slipped), 8627, 8667 100 8649 80 8695 60 8710 40 8731 20 8980 10 9018 Energy Scan, Electrons, Point O, x= 0 (Xcal), y= 0 (Ycal) Energy (GeV) run# 196 147.8 8602 & 8610 120 8628 (data lost), 8668 100 8648 80 8690, 8691 & 8692 (1k) 60 40 8729 20 8979 10 9016 Energy Scan, Electrons, Point M, x= 80 (Xcal) , y= 0 (Ycal) Energy (GeV) run# 193.1 9172 147.8 8611, 8689 120 8629, 8669 100 8645 (xs=80,ys=80), 8646 (xs=20,ys=40) 80 8693 60 8711 40 8722 20 9034 10 9014 Energy Scan, Electrons, Point N, x= 240 (Xcal), y= 0 (Ycal) Energy (GeV) run# 193.1 9176 147.8 8612 120 8630, 8670 100 8647 80 8694 60 8712 40 8721 20 9038 10 9010 Energy Scan, Electrons, Point P, x= -95 (Xcal), y= -176 (Ycal) Energy (GeV) run# 196 147.8 8618 120 8643, 8685 (1k), 8686 100 8660 (bad un), 8661 (no trigger), 8688 80 8705 60 8708 40 8733 20 9030 10 9020 Energy Scan, Electrons, Point Q, x= 95 (Xcal), y= -176 (Ycal) Energy (GeV) run# 196 147.8 8617 & 8619 120 8644, 8687, 100 8659 80 8706 60 8707 40 8725 20 9036 10 9021 ===================================================================== | energy scans, Pions | ============================ Energy Scan, Pions, Point A, x= , y= Energy (GeV) run# 200 9189 180 8739 150 8754 120 8778 100 8781 80 8803 60 8818 40 8828 20 8986 10 9000 Energy Scan, Pions, Point B, x= , y= Energy (GeV) run# 200 9186 180 8748 150 8753 120 8772 100 8782 80 8802 60 8810 40 8827 20 8988 10 8997 Energy Scan, Pions, Point C, x= , y= Energy (GeV) run# 200 9184 180 8749 150 8752 120 8771 100 8791 80 8795 60 8811 40 8823 20 8989 10 9003 Energy Scan, Pions, Point D, x= , y= Energy (GeV) run# 200 9178 180 8750 150 8751 120 8770 100 8790 80 8796 60 8814 40 8824 20 8993 10 9006 Energy Scan, Pions, Point E, x= , y= Energy (GeV) run# 200 9190 180 8737 150 8755 120 8777 100 8780 80 8804 60 8817 40 8836 20 8985 10 9002 Energy Scan, Pions, Point F, x= , y= Energy (GeV) run# 200 9187 180 8740 150 8759 120 8774 100 8784 80 8801 60 8809 40 8837 20 8987 10 8999 Energy Scan, Pions, Point G, x= , y= Energy (GeV) run# 200 9182 180 8746 150 8760 120 8765 100 8792 80 8793 60 8816 40 8822 20 8990 10 9005 Energy Scan, Pions, Point H, x= , y= Energy (GeV) run# 200 9180 180 8745 150 8761 120 8769 100 8789 80 8798 60 8815 40 8826 20 8994 10 9009 Energy Scan, Pions, Point K, x= , y= Energy (GeV) run# 200 9191 180 8738 150 8756 120 8776 100 8779 80 8805 60 8806 40 8835 20 8984 10 9001 Energy Scan, Pions, Point L, x= , y= Energy (GeV) run# 200 9188 180 8741 150 8757 120 8775 100 8785 80 8800 60 8808 40 8838 20 8983 10 8998 Energy Scan, Pions, Point O, x= , y= Energy (GeV) run# 200 9185 180 8742 150 8758 120 8766 100 8786 80 8799 60 8807 40 8820 20 8982 10 8996 Energy Scan, Pions, Point M, x= , y= Energy (GeV) run# 200 9183 180 8743 150 8763 120 8764, 8767 100 8787 80 8794 60 8812 40 8821 20 8991 10 9004 Energy Scan, Pions, Point N, x= , y= Energy (GeV) run# 200 9179 180 8744 150 8762 120 8768 100 8788 80 8797 60 8813 40 8825 20 8992 10 9008 =================================================================== | Horizontal Position Scan- 147.8GeV Electrons y_beam=+134 | ============================================================= (corresponds to Y_module = 144mm) x run# -240 8375 -230 8376 -220 8377 -210 8378 -200 8379 -190 8380 -180 8381 -170 8382 -160 8383 -150 8384 -140 8385 -130 8386 -120 8387 -110 8388 -100 8389 -90 8390 -80 8391 -70 8392 -60 8393 -50 8394 -40 8395 -30 8396 -20 8397 -10 8398 0 8399 10 8400 20 8401 (change in pressure in cedar to 1.22) 30 8402 40 8403 50 8405 60 8406 70 8407 80 8408 90 8409 100 8410 110 8411 120 8412 130 8413 140 8414 150 8415 160 8416 170 8417 180 8418 190 8419 200 8420 210 8421 220 8422 230 8423 240 8424 =================================================================== | Horizontal Position Scan- 150GeV Pions y_beam=+134 | ======================================================= (corresponds to Y_module = 144mm) x_mod run# -240 8441 -230 8442 -220 8443 -210 8444 -200 8445 -190 8446 -180 8447 -170 8448 -160 8449 -150 8450 -140 8451 -130 8452 -120 8454 -110 8455 -100 8456 -90 8457 -80 8458 -70 8459 -60 8460 -50 8461 -40 8462 -30 8463 -20 8464 -10 8465 0 8466 10 8467 20 8468 30 8469 40 8470 50 8471 60 8472 70 8473 80 8474 90 8475 100 8476 110 8477 120 8478 130 8479 140 8480 150 8481 160 8482 170 8483 180 8484 190 8486 200 8487 210 8488 220 8489 230 8490 240 8491 =================================================================== | Horizontal Position Scan- 120GeV Muons y_beam=+134 | ==================================================== (corresponds to Y_module = 144mm) x_mod run# -240 8492 -220 8493 -200 8494 -180 8495 -160 8496 -140 8497 -120 8498 -100 8499 -80 8500 -60 8501 -40 8502 -20 8503 0 8504 20 8505 40 8506 60 8507 80 8508 100 8509 120 8510 140 8511 160 8512 180 8513 200 8514 220 8515 240 8516 =================================================================== | Vertical Position Scan- 120GeV Muons x_mod=+80 | ==================================================== y_mod run# 160 8517 140 8518 120 8519 100 8520 80 8521 60 8522 40 8523 20 8524 0 8525 -20 8526 -40 8527 -60 8528 -80 8529 -100 8530 -120 8531 -140 8532 -160 8534 =================================================================== | Vertical Position Scan- 150GeV pions x=-80 | ==================================================== y run# y = Ytable Ycal = Ytable - 6mm 15.9 8535 (bad run --> bad Y calor in file header) 15.9 8536 (idem as in 8535) 15.9 8537 (bad run) 15.9 8538 26.3 8539 36.0 8540 46.3 8541 56.2 8542 65.9 8543 75.8 8544 85.7 8545 95.8 8546 106.2 8547 115.8 8548 126.2 8549 136.2 8550 145.8 8551 155.8 8552 5.8 8553 -4.1 8554 -14.0 8555 -24.0 8556 -34.0 8557 -43.8 8558 -53.8 8559 -64.3 8560 -73.9 8561 -84.0 8562 -94.1 8563 -103.9 8564 -114.2 8565 -123.9 8566 -134.3 8567 -143.9 8568 8569 (Technical problem) =================================================================== | Vertical position Scan - 150 GeV e+ x = 80 | =================================================================== Y Runs y = Ytable Ycal = Ytable - 6 mm -144.0 8570 -134.0 8571 -123.6 8572 -114.1 8573 -104.1 8574 -93.7 8575 -84.0 8576 -73.9 8577 -64.0 8578 -54.2 8579 -43.9 8580 (lost beam) -43.9 8581 -34.0 8582 -24.0 8583 -13.9 8584 -4.2 8585 5.8 8586 15.9 8587 25.8 8588 35.8 8589 45.8 8590 56.0 8591 65.8 8592 75.8 8593 86.0 8594 95.9 8595 106.1 8596 115.8 8597 126.2 8598 136.2 8599 145.8 8600 156.1 8601 =================================================================== Horizontal position scan | 150 GeV pion | Ytable = -38.1 =================================================================== X Run X = Xmod where Xcal = Xmod 0 8840 10 8841 20 8842 30 8843 40 8844 50 8845 60 8846 70 8847 80 8848 90 8849 100 8850 110 8851 120 8852 130 8853 140 8854 150 8855 160 8856 170 8857 180 8858 190 8859 200 8860 210 8861 220 8862 230 8863 240 8864 -10 8865 -20 8866 -30 8867 -40 8868 -50 8869 -60 8870 -70 8871 -80 8872 -90 8873 -100 8874 -110 8876 -120 8877 -130 8878 -140 8879 -150 8880 -160 8881 -170 8882 -180 8883 -190 8884 -200 8885 -210 8886 -220 8887 -230 8888 -240 8889 =================================================================== Horizontal position scan | 147.8 GeV e+ | Ytable = -39 =================================================================== X Run X = Xmod Xcal = Xmod 0 8891 10 8892 20 8893 30 8894 40 8895 40 8896 40 8897 50 8900 60 8901 70 8902 80 8903 90 8904 100 8905 110 8906 120 8907 130 8908 140 8909 150 8910 160 8911 170 8912 180 8913 190 8914 200 8920 210 8919 220 8917 230 8916 240 8915 -10 8921 -20 8922 -30 8923 -40 8924 -50 8925 -60 8926 -70 8927 -80 8928 -90 8929 -100 8930 -110 8931 -120 8932 -130 8933 -140 8935 -150 8936 -160 8937 -170 8938 -180 8939 -190 8940 -200 8941 -210 8942 -220 8943 -230 8944 -240 8945 =================================================================== Vertical Displacement Scan | 148 GeV e+ | Xcal = -80 =================================================================== Y Run Y = Ytable -144 8946 -134 8947 -124 8948 -114 8949 -104 8950 -94 8951 -84 8952 -74 8953 -64 8954 -54 8955 -44 8956 -34 8957 -24 8958 -14 8959 -4 8960 6 8961 16 8962 26 8963 36 8964 46 8965 56 8966 66 8967 76 8968 86 8969 96 8970 106 8971 116 8972 126 8973 136 8974 (6k evts) 146 8975 ==================================================================== vertical displacement scan | 20 GeV pions | Xmod = -80mm ==================================================================== Y Run Y= Ytable 5.9 9041 16.0 9042 26.2 9043 36.0 9044 46.0 9045 56.0 9046 66.2 9047 76.7 9048 86.2 9049 96.0 9050 106.0 9051 116.6 9052 125.8 9053 136.5 9054 146.1 9055 156.0 9056 -4.3 9057 -14 9058 -23.9 9059 -33.7 9060 -44.4 9061 -53.8 9062 -64.6 9063 -74.2 9064 -84.3 9065 -94.4 9066 -104.2 9067 -113.6 9068 -124.8 9069 -134.4 9070 -144.7 9071 ==================================================================== vertical position scan | 20 GeV pions | Xmod = 232 mm =================================================================== Y Run Y = Ytable -144.7 9072 -134.2 9073 -124.7 9074 -114.0 9064 -105.0 9076 -93.3 9077 -84.6 9078 -79.3 9079 -64.0 9080 -53.6 9081 -44.1 9082 (low intensity from cps) -34.0 9083 (id. as 9082) -24.4 9084 -13.9 9085 -4.7 9086 6.1 9087 16.2 9088 25.2 9089 35.6 9090 46.1 9091 56.3 9092 66.5 9093 76.5 9094 85.7 9095 96.1 9096 106.2 9097 115.8 9098 125.6 9099 135.7 9100 145.9 9101 156.0 9102 ==================================================================== vertical displacement scan | 20 GeV e | Xmod = 232 mm ==================================================================== Y Run Y = Ytable 6.2 9105 16.0 9106 25.8 9107 36.2 9108 46.2 9109 55.9 9110 66.2 9111 76.1 9112 86.2 9113 96.1 9114 106.0 9115 116.0 9116 125.9 9117 136.1 9118 145.9 9119 156.1 9120 6 9121 -3.9 9122 -14.1 9123 -24.2 9124 -34.0 9125 -44.0 9126 -54.0 9127 -63.9 9128 -74.0 9129 -84.5 9130 -93.7 9131 -104.0 9132 -113.9 9133 -124.0 9134 -133.9 9135 -144.3 9136 =================================================================== vertical displacement scan | 20 GeV e | Xmod = -232 =================================================================== Y Run Y = Ytable -144.3 9137 -133.6 9138 -124.2 9139 -113.9 9140 -103.8 9141 -93.8 9142 -83.9 9143 -74.0 9144 -64.0 9145 -54.1 9146 -43.8 9147 -33.8 9148 -23.8 9149 -14.0 9150 -4 9151 6.2 9152 15.8 9153 26.0 9154 36.2 9155 46.3 9156 55.8 9157 66.1 9158 76.3 9159 86.7 9160 96.0 9161 105.5 9162 ==================================================================== vertical displacement scan | 200 GeV pions | Xcal = 80 ==================================================================== Y Run Y = Ytable -144.6 9195 -134.4 9194 -123.9 9193 -114.4 9192 -104.4 9198 -93.6 9199 -83.7 9200 -74.0 9201 -64.0 9202 -54.1 9203 -44.0 9204 -34.4 9205 -24.0 9206 -14.0 9207 -4.2 9208 6.2 9209 16.1 9210 25.9 9211 36.0 9212 45.8 9213 55.8 9214 65.8 9215 75.8 9216 86.0 9217 96.0 9218 105.9 9219 116.2 9220 126.0 9221 136.1 9222 146.2 9223 156.0 9224 ==================================================================== Horizontal Displacement Scan | 200 GeV pions | Ytable = -39.1 ==================================================================== X Run X = Xcal -240 9274 -230 9273 -220 9272 -210 9271 -200 9270 -190 9269 -180 9268 -170 9267 -160 9266 -150 9265 -140 9264 -130 9263 -120 9262 -110 9261 -100 9260 -90 9259 -80 9258 -70 9256 -60 9255 -50 9254 -40 9253 -30 9252 -20 9251 -10 9250 0 9249 10 9248 20 9247 30 9246 40 9245 50 9244 60 9243 70 9242 80 9225 90 9226 100 9227 110 9228 120 9229 130 9230 140 9231 150 9232 160 9233 170 9234 180 9235 190 9236 200 9237 210 9238 220 9239 230 9240 240 9241 ==================================================================== Vertical displacement Scan | 193 GeV e | Xcal = -232 ==================================================================== Y Run Y = Ytable 6.0 9275 16.8 9276 25.3 9277 36.0 9278 45.8 9279 56.2 9280 66.2 9281 76.2 9282 86.1 9283 96.1 9284 105.8 9285 116.1 9286 126.2 9287 135.8 9288 145.8 9289 155.9 9290 -4.1 9291 -13.9 9292 -24.1 9293 -34.2 9494 -44.2 9295 -54.0 9296 -64.0 9297 -73.9 9298 -84.0 9299 -94.0 9300 -104.2 9301 -113.9 9302 -124.0 9303 -134.0 9304 -144.0 9305 (only about 2k events) ==================================================================== Vertical Displacement | 193 GeV e | Xcal = +80mm ==================================================================== -144.0 9306 (only about 2k events) -134.1 9307 -124.0 9308 -113.8 9309 -104.0 9310 -94.0 9311 -83.9 9312 -74.0 9313 -63.9 9314 -53.9 9315 -44.0 9316 -34.1 9317 -24.0 9318 -14.0 9319 -4.0 9320 6.0 9321 16.0 9322 26.2 9323 36.1 9324 (only 347 evts) ==================================================================== Calibration runs ==================================================================== Location Particle used Energy GeV Run # 0 (0,0) e 147.8 8620 0 e 147.8 8662 (no trigger) 0 e 147.8 8689 0 e 147.8 8747 0 e 147.8 8819 0 e 147.8 8839 0 e 147.8 8890 0 E 147.8 8899 ===================================================================== | NOISE Runs | ===================================== Date Impact Position Beam Type run# Comments ==================================================================== | Noise runs | ============== 8833 24.8.99 14:10 40K evts FADC 35.5/26.9 C (no beam) 8834 24.8.99 14:30 ? evts FADC ? (ran w/ beam) 9326 01.09.99 08:30 10k evts FADC temp 37.1/25.0 C 16 tm slices 9327 02.09.99 08:30 30k evts FADC start 34.7 C Finish 35.2 C 16 tm slices (this run ^^^^^ special purpose to watch FADC heat up) 9329 02.09.99 09:00 30k evts FADC temp 37.3/24.5 C 16 tm slices 9333 02.09.99 10:00 30k evts FADC temp 37.9/25.0 C 32 time slices! ==================================================================== 200 GeV muons ==================================================================== Position Run # N 9336 H 9337 D 9338 G 9339 M 9340 C 9341 0 9342 B 9343 L 9344 F 9345 A? 9346 A? 9347 K 9348 E 9349 Ytable = -39mm --> Ycal = -45.0 X Run # 0 9350 10 9351 20 9352 30 9353 40 9354 50 9355 60 9356 70 9357 80 9358 90 9359 100 9360 110 9361 120 9362