Updating CCM Detector Geometry

resources/Detectors/densities/CCM/CCM-v2.dat

@@ -0,0 +1,90 @@
+# Detector model file
+# Detector: CCM
+# Version: v2
+# Material model file: CCM-v2.dat
+# Date: 2024-08-30
+# Authors: Darcy Newmark, Nicholas Kamp
+# Notes:
+#   Uses PREM model of the Earth, assumes a single far detector with the liquid argon embedded directly in the roc
+#   Updating detector dimensions -- active volume dimensions from Edward's simulation are ~10% too small in radius (aka 17% too small in volume)
+#   Using detector dimensions given by CAD 11-23-version-2 provided by Walter Sondheim : https://docdb.lns.mit.edu/cgi-bin/captainmills/ShowDocument?docid=762
+
+# Detector Hall
+object box    0 0 0           0 0 0      100 100 100    surr_air           AIR         constant    0.001225   # 0.673atm x 1.205e-3(g/cm3 for 1atm)
+# adjust floor z pos if necessary: this is a guess
+object box    0 0 -6          0 0 0      100 100 8      floor              CONCRETE    constant    2.4 # check the specific Lujan concrete
+
+#############################################
+# Mark III target design
+#############################################
+
+# Steel shielding around TMRS (rough guess based on https://docdb.lns.mit.edu/captainmills/0004/000493/002/CCM_DMNIReviewJune2022_vdwater_Intro.pdf)
+object cylinder  0 0 0           0 0 0      5 0 4          Fe_around_TMRS      STEEL     constant 7.83
+
+# TMRS around targets, eyeballed from https://permalink.lanl.gov/object/tr?what=info:lanl-repo/lareport/LA-UR-17-30411
+object cylinder  0 0  0.185      0 0 0      0.83 0 1.63     TMRS_Fe             STEEL     constant 7.83
+object cylinder  0 0  0.17       0 0 0      0.55 0 1.24     TMRS_Pb             LEAD      constant 11.29
+object cylinder  0 0 -0.316      0 0 0      0.3  0 0.15     TMRS_lower_Be1      BERYLLIUM constant 1.85
+object cylinder  0 0 -0.166      0 0 0      0.3  0 0.15     TMRS_lower_Be2      BERYLLIUM constant 1.85
+object cylinder  0 0  0.29       0 0 0      0.3  0 0.42     TMRS_upper_Be       BERYLLIUM constant 1.85
+# Upper tungsten target
+object cylinder  0 0 0.1375      0 0 0      0.05 0 0.091    upper_target        TUNGSTEN  constant   19.3
+# Lower tungsten target
+object cylinder  0 0 -0.241      0 0 0      0.05 0 0.298    lower_target        TUNGSTEN  constant   19.3
+
+
+#############################################
+# ER1 Shielding Wall Installed in August 2022 (From Aayush's presentation)
+#############################################
+
+# Concrete platform, again a guess
+object box  8.099 0 -1.695     0 0 0      6.1976 5.893 0.61  ER1_platform  CONCRETE constant 2.4 # check Lujan concrete
+
+
+object box  5.3302 0 -0.463     0 0 0      0.6604 1.8288 1.854   ER1_concrete1  CONCRETE  constant 2.4
+object box  6.1176 0 -0.463     0 0 0      0.9144 1.8796 1.854   ER1_concrete2  CONCRETE  constant 2.4
+object box  6.6764 0 -0.463     0 0 0      0.2032 1.8796 1.854   ER1_steel      STEEL     constant 7.83
+object box  7.0066 0 -0.463     0 0 0      0.4572 2.4892 1.854   ER1_concrete3  CONCRETE  constant 2.4
+object box  7.2733 0 -0.463     0 0 0      0.0762 3.6576 1.854   ER1_poly       POLY      constant 0.9547
+object box  8.5400 0 -0.463     0 0 0      0.4572 3.6576 1.854   ER1_concrete4  CONCRETE  constant 2.4
+
+#############################################
+# ER2 Shielding
+#############################################
+
+# Steel shielding in front of detector (verify 1 m)
+object box       18.5 0 -0.5       0 0 0      1 5 3         det_steel_shielding    STEEL     constant   7.83
+# Concrete shielding in front of detector (start with 2 m, suspect there is more)
+object box       20.0 0 -0.5       0 0 0      2 5 3         det_concrete_shielding CONCRETE  constant   2.4
+# Concrete shielding on sides of detector (guess based on https://docdb.lns.mit.edu/cgi-bin/captainmills/ShowDocument?docid=292)
+object box       23.0  4.5 -0.5    0 0 0      4 1 3         det_concrete_shielding CONCRETE  constant   2.4
+object box       23.0 -4.5 -0.5    0 0 0      4 1 3         det_concrete_shielding CONCRETE  constant   2.4
+
+#############################################
+# CCM Detector
+#############################################
+
+# Dimensions taken from Darcy's simulation
+# Outer cryogen
+object cylinder  23 0 -0.65          0 0 0      1.38 0 2.62    ccm_outer_cryogen   STEEL    constant    7.83
+# Vacuum jacket (make sure 0 density is ok)
+object cylinder  23 0 -0.65          0 0 0      1.35 0 2.52    ccm_vacuum_jacket   AIR      constant    0.0
+# Inner cryogen
+object cylinder  23 0 -0.65          0 0 0      1.25 0 2.40    ccm_inner_cryogen   STEEL    constant    7.83
+# Outer argon
+object cylinder  23 0 -0.65          0 0 0      1.20 0 2.30    ccm_outer_argon     ARGON    constant    1.3954
+# Aluminum PMT frame
+# note -- the aluminum frame is actually struts (not a continuous cylinder)
+# approximating the frame as a continuous thin cylinder with approximately same total mass as the struts
+object cylinder  23 0 -0.65          0 0 0      1.130076 0 1.24261    ccm_pmt_frame       ALUMINUM constant    2.70
+# Inner argon
+# The "inner argon" represents argon within the radius of the PMT support struts (inner frame) but is distinct from the "active volume" of argon
+# A thin reflective TPB-coated film of radius 1.03385m separates the veto region from the active volume, and is not represented here because of its minimal contribution to the detector mass
+object cylinder  23 0 -0.65          0 0 0      1.12776 0 1.2396   ccm_inner_argon     ARGON    constant    1.3954
+
+detector 23 0 -0.65
+
+# Fiducial volume
+# This represents the "active volume" of liquid argon contained within the reflective TPB-coated film
+# This neglects the volume of the PMTs that should be filled with glass/vacuum
+fiducial detector_coords cylinder 0 0 0         0 0 0      1.03385 0 1.2396