IDS120h POWER DEPOSITION AND Hg POOL STUDIES Nicholas Souchlas (7/26/2011) 1.

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IDS120h POWER DEPOSITION AND Hg POOL STUDIES Nicholas Souchlas (7/26/2011) 1

Power deposition for IDS120h for different cases of Hg pool: mars1510/MCNP > MeV NEUTRON ENERGY CUTOFF >SHIELDING: 60%WC+40%H 2 O >4 MW proton beam, Np=100,000 >PROTONS ENERGY E=8 GeV. >GAUSSIAN PROFILE: σ x =σ y =0.12 cm. 2

IDS120g and IDS120h geometries. IDS120h IDS120g with water cooling rings around RS coils SC#1 NOW THE BIGGEST COIL EXTENDED FURTER UPSTREAM RS FURTER AWAY FROM Hg POOL GAP, JET AND PROTON BEAM 3

ENERGY DEPOSITED IN SC SOLENOIDS (SC#), SHIELDING (SH#). P12 OPTIMIZED POINT, POOL WALL CASES x=+/-6,30, 40 cm ENERGY DEPOSITED IN RESISTIVE COILS (RS#), BEAM PIPE (BP#). 4 SC~ SAME DP SH#2 ~ 200 kW DECREASE IN DP (BLUE AREA) SH#4~ SMALL INCREASE IN DP (YELLOW AREA) RS, BP~ SAME DP

HIGHLIGHTS : Power Deposited: SC#1: 0.46 kW, SC#2-SC#6: <0.029 kW SC#1-19: kW Hg POOL~200 kW DP INCRERASE POSSIBLE DECREASE OF IR FOR SC#3-7: IR SC#3-7:(120,110,100,90,80)---->(90,80,70,60,50) 5 IDS120h:ENERGY DEPOSITED IN OTHER PARTS AND TOTALS. HIGHLIGHTS : Power Deposited: SC#1: 0.46 kW, SC#2-SC#6: <0.029 kW SC#1-19: kW POSSIBLE DECREASE OF IR FOR SC#3-7: IR SC#3-7:(120,110,100,90,80)---->(90,80,70,60,50)

IDS120h:PROTONS 3D TRAJECTORY FROM Z=-300 cm USING P12 OPTIMIZED INITIAL POINT WITH POOL WALLS AT x=+/-40 cm, POOL GAP WALLS AT x=+/-6 cm FOR -15<y<0 cm AND AT x=+/-30 cm FOR -25<y<-15 cm INITIAL (x,y,z,cx,cy,cz)=( , , , , , ) FINAL (x,y,z,cx,cy,cz)=( , , 550.0, , , ) 6 FOR POOL WALLS AT x=+/- 40 cm PROTONS STOPPED BY THE z=550 cm POOL WALL FOR POOL WALLS AT x=+/- 30 cm PROTONS STOPPED BY THE x=-30 cm POOL WALL

7 IDS120h:PROTONS TRAJECTORY FROM Z=-300 cm YZ PROJECTION LENGTH OF STRAIGHT LINE: FOR x=+/-30 cm~ 280 cm~19 IL FOR x=+/-40 cm~ 350 cm~23 IL FREE Hg POOL SURFACE y=-25 cm

8 IDS120h:PROTONS TRAJECTORY FROM Z=-300 cm XZ PROJECTION

IDS120h:PROTONS TRAJECTORY FROM Z=-300 cm XY PROJECTION 9 Dot is at z = cm

FOR FREE POOL SURFACE AT y=-25 cm AND x=+/-30 cm #IL>19 x=+/-40 cm #IL>23 FOR FREE POOL SURFACE AT y=-20 cm AND x=+/-25 cm #IL>15 x=+/-35 cm #IL>24 POINTS P0, P13,P14 ARE STOPPED BY THE x=-40 cm WALL. POINTS P10,P11,P12 ARE STOPPED BY THE z=550 cm WALL. POINTS P1-P9 HIT THE z2 WALL WITH: z2=-10-15y, -45<y<-25, THIS IS THE INCLINED WALL TO THE RIGHT OF THE Hg POOL. LEAST FAVORABLE POINTS P6,P7 MOST FAVORABLE POINTS P12, P13 FOR POINT P12: 10 FOR x=+/-40 cm POOL WALLS