0 - Fermilab · 2013-03-13 · Model y •3' L'l:ietector ~-~ Coil, Shielded by secondary coll 'N N...
52
Model y •3' L'l:ietector Coil, Shielded by secondary coll 'N N x 0 "' ' N -t "- 0 ANSYS 4.4A AUG 14 1991 14,03,45 PLOT NO. POST l ELEMENTS TYPE NUM zv "* l DIST""B. 8 XF •7 YF ""8.5 EDGE
Transcript of 0 - Fermilab · 2013-03-13 · Model y •3' L'l:ietector ~-~ Coil, Shielded by secondary coll 'N N...
Model
y
•3' L'l:ietector
~-~
Coil, Shielded by secondary coll
'N N x 0
"' ' N
-t "-0 ~
ANSYS 4.4A
AUG 14 1991
14,03,45
PLOT NO.
POST l ELEMENTS
TYPE NUM
zv "* l
DIST""B. 8
XF •7
YF ""8.5
EDGE
I ANSYS 4.4A
'
-----r/ r--,.._ r----. ------- } r--- ------------...--
AUG 14 1991
14:03:47
PLOT NO. 2
' ,_ ..... ..... ...--_.,µ. ti< --~ ~~ .. ~
- ~ ~ ~ ' - " u ~ ' v ~ h
IJ c ,.. •
J p E ~\CDEF ~ , r r
POST 1 STRESS
STEP,,.z
ITER"'lO
MAG
SMN :o-32.771
-- ~-
0 SMX "'1 . 13 ; E A B DIE F H
3 ~
zv •I H IF E b
" IB D IE r H
D!ST•9.992
XF ""6. 922 H F IE D A A B ~ E IF H
YF •9.084
Iii IF E D c " " a E F n A =-30.888
B <=-27.121
H IF IE D c A " a E " Ii c =-23.354
~ D ·-19.587
H IF IE D c A A a E • H E =-15.821
F =-12.054
H IF E D ~
" A a ~ E • H G =-8.287
UV H =-4.521
H E ID • L< B IE ' H I ·-0.753782
" H E ill ~ B D EI<- H
~ ' E " B A
b IE • H
c .a
v 3 E ~ \ j C ll E • H -J ~
I? E o f c ) ' \1
O.ST Detector Dual Co11,Poles,Flux (rA)
1
~-
~L-' --
I....>"" !LJ ..L -
JI - - T ~ '
- " I ,Ji - W 1--i: . ~
, .. --~;-~. ~ -
r
~
}. - - -- -, ___ - . -· -, , ' ' ~~ ) 7'
b
u w J; Nr .... ..- ... rr- ~
' _1..~ '- ~ -.J ' T
i.. "' Ii
k; 8 i - B
I rnI
,_
I:; I!~
k; 8 I• :-.
lo 'I ~
le h: ~IA
k: B ~
'
lrlt A
I:; I!
I
r, • ,;W
I:; T - p - B
, ' f " ~ c ~
~b O.BT Detector Dual Co11,Poles,F1ux Inteav~ (Tl
" N
-
ANSYS 4.4A
AUG 14 1991
14:03:55
PLOT NO. 3
POSTl STRESS
STEP•2
ITER•lO
BSUM (AVG)
SKN =0.010228
SMX •2.283
zv •l
DIST•9.992
XF ·6.922
YF :9.084
A =0.136509
B =0.389071
c =0.641633
D ·0.894195
E =l.147
F •l.399
G =l.652
H ·l.904
I =2.157
fo) ISi
(1.
" c~ .....
~ ..... N d I
~ •.D N l'· I
" D I-
15 ~
~ I
E
~ CD ..... f\J ,_,
" en (fi
·" I m "' I
"' d
GEN l --- Baseline v1th Ful I Pole
MlTMRP VJ.0 8/2~1/91 11: 8 Contour l • L 008E-·02 Oe I ta • l. 011l0E-02
6. I I I I I I I I I I I I ! I I ' I I I I I I I 1 I
5. r------------"' ~
4. -j------___ \ -.................__
E ~~~ 3. N
2.
1 •
101
~\\\o
2.o" o
' \ 10 {)
0. I I I 1 j i-r-11
0. 10 l l . ,... l. 3. 4.
R I ml CONTOURS OF CONSTRNT B
5. 6.
' ' <.D
.a ~
!-""
~ QJ - 0 lf) 0 (""\ -----~ ~
co ::J ....
u.. z .c L ::f' CJ: +- ..... ~ r--
en ;. z
~ a •D s Ll c
i:n - I.I... 0
<l.l a: 'fl
l . en (0 cc co • '
=i - 0 .... > ~ N
z Cl... ~
0 - u
:z: a: '-~ ~ ::i
LI.I I-- 0 (,,!;) ...
- c: ::!:: 0
~ .....
(.J -iSl
• I'S>
• • • • • • <.D lD ::!" (f) N - tSl ......
ISi
( UI ) z
:00 • d 171.. 1ss01..171;:"t-s1..sc:1..-1> 01
GEM 1 --- Basellne wtth Full Pole 100
I Fl~ld CGl~m· surface ..... • ;:
• 4 .a ... I ~ ~ :::
60~ I / I. 2
~ \I ...J
• ~ I. 6 ---------..... ,;; ..
...J ~
2.0 ~ "'- '\ \ I ;: 11 I / / -------
a E ? 4 - - ~ . ~· -
~\\\ \ \ ~ ;;.
II) 3.2 0
20 a;
c 3.6 ' .. 0 IX ..... ' Cll !'.!
- 4.0 4.0 -0 c
~~ • ~ c
OI) ~ Cll c
L .2 II) • > > -20 ... Cll a c • 0 0 0: L
t- ~
:C
c 2
-60~ '\ ~ / I ~ • .? .. • ~ .. •
.4 .4 I l! 0 u .., • l! 0 >
-1001 I --..____ ' ' ' ______. I ;! I
-100 -50 0 so 100 Z-oxis Cbeomlinel, m
CONTOUR LEVELS (10 1 l
GEM Detector Coil Shielding
• Concept:
Optimally Sized Iron Plate Located at Ground Elevation
+Objective- To Determine The Optimum Plate Dimensions Such That:
• The Fringe Field in the Air at Ground Elevation is < 1 O G • The Iron Plate Material Costs are Minimized
+ Analysis Methodology:
• Detailed Finite Element Analysis Using ANSYS Magnetics • 3-D Modeling Uses Actual Nonlinear Iron Material Property
+ Preliminary Results:
Plate Bma/Bmin Bmax Weight of
Dimensions sedge
[m] (Plate) (Air) Iron Plate
240L x 200W 1.38/0.05 40,000 0.15 thk Tesla 14 G <3G Metric
(Stepped) Tons
192L x 160W 1.44/0.10 25,000 0.15 thk Tesla 14 G <5G Metric
(Stepped) Tons
L x W x thk ?!? To Be 10 G < 10 G ?? Tesla
Determined
)ill __ ---·----Flux Density Contours at Ground Elevation
.. --- --- --~·----- - -------- ----
40 G Max
.
Flux Density at Ground Elevation, No Shleld!~e
-·
• •
' •
I jOOm
• .A v
~
t'
f ),
B E to
!!
'· . ~
lt6,. -
~DIR
..,. .. r (:
,JZ ~ hnD ~ - "
I .......... .,., F ~
~. f2 ,... ! . ~1':! i',~ x
ANSYS 4.4A
AUG 28 1991
14:30;37
PLOT NO.
POSTl ::>TRESS
STEP=l
ITER= l
BSUM (AVG)
SHN .:0.300E-05
SMX =0.003976
YV =l
DIST=330
XF =300
ZF =300
VUP =Z
A ... Q. 224E-03 [11 B =0.665E-03
c •0.001107
D =0.001548
E -0.00199
F =0.002431
G =0.002873
H •0.003314
I -0.003755
?fi!o\':):_,.;~ f"_T "'~·-C.l · .
Zoo.·· "J ..
~
~Y.:.Jr1 L-vf\, .•
)(..
il4K (-r...:> er v.:·•< i.....1-t1t-~£D)
r , Quarter Model of Plate & Coil
x ~ A9(\J
22.6 MA Equiv. Solenoid, 240x200x0.15m Iron Plate for shielding
ANSYS 4.4A
AUG 30 1991
12:32:32
PLOT NO.
PREP7 ELEMENTS
MAT NUM
xv =-1
YV =1
zv =-1
DIST:.85.56
XF =50
YF •-29.438
ZF =60
PRECISE HIDDEN
BH FOR MATERIAL 3 ANSYS 4.4A
SEP 17 1991
16:01;56
B C1010 B vs. H -· PLOT NO. 2.5
~ ~
~ ~
·~
PREP7 MATER! f,LS
2.25
~ ~
;,f
Tl=0.00
zv ""l 2
~~l 0 g
0
DIST=0.6666
XF =0.5
1.75 YF =0.5
7 6
ZF ::0.5
5 d
l. 5
3
1.25 2
l
l
0.75
0.5
0.25
H 0
0 i:innnn 80000 160000 240000 320000 400000
40000 120000 200000 280000 360000
Iron Material Property Curve
l Flux Density in 240x200x0.15m Plate N - M
AN SYS 4. 4A
\ I \ A
SEP 3 1991
10: 19: 16
PLOT NO.
/' / \D A
POST! STRESS
STEP=l
JTER·20
I \ \
'\
BSUM (AVG)
SMN =0.04619
SMX =l. 378
~ ~ ~ ~ r
/ i..--- ~
~ \ YV ·l
DIST=66
~ ""--
~ ~ r ~ n n ~ - J>- ~ N=
XF ·50
ZF =60
VUP =Z
/" '~
~ ~ / j----Z___ hJ)
PRECISE HIDDEN
A =0. 120207
B =0.268239
~ ~
--z__ ~
/ v ~ - n -
) N.
c =0.416272
D =0.564305
E •0.712337
~ / ~ ~ -
/ / .------- ~
- n r; n ' -
F •0.86037
G •l.008
H ·l.156
v / v -~
u H H
/' ,..JV
I =l. 304
I I ;I T
) ~
/ M x
Flux Density in the 240x200x0.15m Stepped Iron Plate
Flux Density in Air Elements Above Plate ANSYS 4.4A
SEP 3 1991
' 10:19:28
l--------- ~ I 1----J>
PLOT NO. 2
~ I POST! STRESS
STEP"'l
ITER=20
BSUM (AVG)
\ SMN =0.lllE-03
SMX =0.001405
A v YV =l
/' DIST=66
~ I XF =50
YF =2.813
ZF =60
VUP =Z
A PRECISE HIDDEN
/' _.-->----
\
A =O. 18 3E-03
\ /
/ A
/ w
\ ~
' v -~ " ---- _B
" 7
N
B =0.327E-03
c =0.471E-03
D =0.614E-03
E =0.758E-03
F =0.902E-03
G -0.001046
/' r r H =0.00119
I -~
/ n
n ,__.-----
I :Q.001333
I/
/ ~ -
~ - ~
/ r:; ____.->--- r.
~ u
/ / ' x
Flux Density in the Air Directly Above 240x200x0.15m Stepped Iron Plate
l Field Vectors From Coil, Elevation View ANSYS 4.4A
SEP 3 1991
10:19:37
PLOT NO. 3
POST! VECTOR
STEP•l
JTER·20
y BMAG
F' Plate y 7. ,/ ELEM=l29
' ' 0.087357
' o. 17453
' ' ' 0.261703
- I I ' 0.348876
' I I ' 0.436049
' \ I -;,;;:/
0.523222
0.610395
' ' -11 1/ / //, . 0.697568 -
~
"- // // / . 0.784741
"' /I /P / - . ~
SOUR
....... ~ ~ - - ---~ xv .. -1
---+ - - / ~-• DI ST•66 • ---+ - - ' ........._ .
XF •5 l -=::-:;; ~ -.......
"'-.. "'-.. - - ~ YF =-28.386
I'-----_\ ~~ --
/ ' - ZF •60
¢ v
1\ ~ / ' -"-'\.
VSCA•lO
-~ -
Flux Density Between Coil and 240x200x0.15m Stepped Iron Plate --~ - -- ----- - -
1 held Vectors Near Plate, Elevation View ANSYS 4.4A
SEP 3 1991
10:19:53
PLOT NO. 4
POSTl VECTOR
\\ STEP"'l
ITER=20
BMAG
ELEM=641
i // \"\. 0.002836
0.005487
~~I\ I
Ki /
I ) I\ ' ' - \I\ ' ,,A fY . 11 . I' Plate
0.008139
0.010791
0.013443
y\-, 0 /' /I I~ 11 t /1 '
I~ . I
!'-._ \ \ I I/. II I' I I I
\\ 1 . ~ ""'
. \ I I I /'/ VI I/' ? I I I .
0.016095
0.018747
0.021399
0.024051
~ .\ I lj I I/ ;711 I I ;If I .
I I SOUR
~ I I/ I/ I / I "' I I /
I I / / / / / / xv =-1
DIST=66
XF =5
YF =-4.095
ZF •60
- VSCA=lO 1
• •
1
-Flux Density Between Coil and 240x200x0.15m Stepped Iron Plate - - -
Flux Density in 192x 160x0.25m Plate N . ANSYS 4.4A
I 'i \ I
\
SEP 17 1991
8:29:50
PLOT NO.
/ ~ ~ r
...---->- ~ ~ ~ N_ y
POSTl STRESS
STEP=!
ITER=20
/ "'\ BSHM (AVG)
SMN =0.101027
/ !\ ' ~ SMX =l.435
v \ ~ TI
_/ ~ Jl ~
YV =l
DIST-52.8
~ ~
~ ---z__
r
TI ~
- F F
~ , _ _E-- ------- r-----z___ n h F
XF =40
ZF =48
VUP =Z
// ~ / ~ ~· - F
" 1' ~
PRECISE HIDDEN
A "'0.175155
B =0.32341
v --..._
~ I ~ F F
c :i:Q.471665
D •0.619919
E •0.768174
~ ~ ~ r.
__y-- r.
~ - r.
F
_,Jr'
F •0.916429
G •1.065
H =1.213
/' u H H H I =l.361
v ~ "~ / T
~ p.
~ ~
I / " x
Flux Density in 192xlGOx0.15m Stepped Iron Plate
Flux Density in Air Above Plate ANSYS 4.4A
~· SEP 17 1991
8:30:01
PLOT NO. 2
POSTl STRESS
STEP=l
ITER=20
BSUM (AVG)
SMN =0.13i:iE-03
• SMX =0.001356 ~ ~
• ,ft
YV =l
DIST""52.8
XF =40
YF •2.813
ZF =48
VUP =Z
~ PRECISE HIDDEN
/ " ~ ~ u ~
N
A =0.206E-03
B =0.341E-03
C =0.477E-03
>---"" ~
/ ~. D =0.612E-03
/ -........._
~
" r r r
)l p -------
E =0.747E-03
F =0.883E-03
G =0.001018
I / n n -
~ / / i----
~ ~
) >-' - -
H =0.001153
:Q.001289
\ / "" / ~ -/ ~ r.
~ u
/ / ~ ' x
Flux Density in Air Directly Above l92xl6Dx0.15m StennPd Trnn Pl~tP
Field Vectors From Coil, Elevation View ANSYS 4.4A
SEP 17 1991
8:30:11
FLOT NO. 3
POSTl VECTOR
.. STEP=l
( '--
7 Plate Ix 7.
ITER=20
BMAG
' ELEM=l45
0.12026 '
0.240286
. ' ' ' 0.360312
0.480338 ' \ I ' 0.600364
' \ I I 0.72039
...._ \ I / I
t "" ~ ~
0.840415
0.960441
"'---- I I v-- ,0 f/
""' / ------I
1. 08
SOUR
~ !__---f7 / , -_____,-- v __..,..
~ r------._ , -,, xv =-1
DIST=52.8 - , -- '--?' -•
XF =4
• ~ -YF =-28.386
~
'
~ ~ L---"
r------._ ----.... ~ -ZF •48
VSCA:.:10
/ I'-~ --. ' .
k' I -----~ / J·v \ ' ~-
Flux Density Between Coil and 192xl60x0.15m Stepped Iron Plate
1 Field Vectors Near Plate, Elevation View
Plate
I
1
Flu~ Densitf Uetw4en Coil and 192xl60X0.15m Stepped Iron PlatP.
r I
I
/'
ANSYS 4.4A
SEP 17 1991
8:30:27
PLOT NO. 4
POSTl VECTOR
STEP=l
ITER=20
BM.AG
ELEM=641
0.003246
0.006257
0.009269
0.01228
0.015292
0.018303
0.021314
0.024326
0.027337
SOUR
xv '<>- l
DIST=52.8
XF •4
YF =-4.095
ZF =46
VSCA=lO
0 Q..
Cl)
c
-
co •• .....
......
.....
->
S0'd
~ I I I I I I I-
I I I I t I I j
--------1--------~---------r------·-r--~~----;--·--·---i--------r·-A-·A--r-, I I I I I I
I I I I I I I I I I I I
I I I I I I I I I I I I I I I I I I I I
' ' ' I I I I I I
--------i--------i---------~-------~+--------~---------~--------t-------1 I I I I
' ' ' ' ' ' ' ' l ' I
' ' ' ' ' ' ~ ' ' ) ' ' ' f 1 I I I I I I I • l I I
--------~--------~---------~-·-6----r--------~---------~--------r------- f-' I I I I I ! I I I f I I I I
I I I I J I I I I I I I I I I I I I 1 I I I I I I I I I I I I
) ' ' ' ' ' ' --------~--------~--·------~--------·--------~---------~--------~-----• I ~ I I t I I I I I
) ' ' ' ' '
' I I ! ! I
--·····-J .....••• J ••••••••• ~ •••••••• ~ •••••••• ~ ••••••••• ~ •••••••• L •••• I I I 1 1 I
• • • co tO LJ) N
ll8
v~19B0lv1c1-9l9cl-v 01 ~IOI sn.:ltlSt:fld l I w
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r
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tf' (\J
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N
GEN 1 --- 8a5el1ne ~·th Ful I Pole
MITMRP Vl.0 8/29/91 11: 8 Contouv l • l.00llE-0l Oelta • l.000E-0l
6.
5.
4.
3.
'> f- ?o°' (.... - \ 1000
1.
10 1 l
(}. ·l· c • llJ,. - 1 I I l 1-.-r. 1 I "T"l I I I I ' I I 1 j I I I I 1 I I I
0. 1 l. 2. 3. Y. 5. 6. 10 R I ml
CONTOURS Of CONSTANT B
11) ,---<
0 a... ,---<
~
:J l.J_
....c .J...J
3
Cl) c ~
,---<
11.)
<rt 0
CJ:)
........
L w <..:>
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<-.. L :J (fl
..., 0 0
<-.. I
r---c 0
l-'
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0 0 -
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.... . . ...
0
0 0 lJ)
I
0 0 -
0 0 -
~· c -l -E l
0 0 -tl)
0 0
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' (fl f
x ~ Ol I
N
Q) ,--,
0 Q_
____. ____. :J
LL.
_c ..j...J
3
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____. (l) ({)
0 co
.........
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~ 0 0
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...., 0 0
c:... I
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t..:)
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•
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I
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0 0 -
EC
ll)t c --L -: EL a o _
" J) c (
<fl .. . x ( OL I
N
0 0 -
<l) --0 CL
------:J LL
....c .j....I -3
().) c ~
---(\,) (/) v 0 u
0 co '-'-L ::l (ll
...., 0 0
.--< '-'-I
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w -<..'.) c 0
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a
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v c: -\ -El 0. v
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<1'11 -x t O< I
N
GEM 1 --- Basel l ne w l th Full Pole .2 .2 1001 7" I I I I I I I I I I I . 4
Field !Gl on...-/60 m surface
~ j --
.6 ~
.8 ! >
601- / / ~ ~
""' "' -j .,.,
- ). 0 ~ ). 2
~~ ~ \ 1 "' .., .,., ). 4 -lC
E I I I / / / ~ ). 6 l.B .; . ..
Ill 2.0 0 ;;; c 20 ' 2.2
.. 0 :x
-IJ ' 2.4 '.'.! (ll ~
"U L
:l c
v " (ll c
L ~
Ill • , > -20 ~
(ll a c • .! 0 .. L ~ I- -
i
c ~ •
-601-""' ""' "----- ____./' / / ~ >
"' • ~ 0. • ~ 0 .... ,, •
-100K, I I~ I . 4 I ~I I ~.2 J
I I I I I I I I I
-100 -so 0 50 100 Z-ox1s (beaml1nel, m
CONTOUR LEVELS !10 1 l
GEM 1 --- Baseline with Full Pole 100 ·~· ' ' ' .2 .2
Fleld !G on 80 m su .4 ,,
1 --
/ .5
.3 ~ .3
.s ! >
60f- / / / ---------· ....
.6 ;;I
.1 ;;, .., .... -.8 z:
i: r I I / / / .9 ,_
"' •
2+ I (//((; ,;;
4) J. 0 0 ;;;
c ' 0 Si .µ ' .., Cll -~
l} L • ~ c
'1) " Cll c L 0
l) • , > -20 ~
Cll I c 0 0 A. L I- -
i
c 0
-60f- \ ""' ""' '---. ~ / / / -1
• >
Q
• ~ t
.3 "'-.... / .3 I ¥ 0 .... " • ¥
-1 ool .2 .~1 ~ .2 I J I ~ I ' . .
I • -100 -50 0 50 100
Z-oxlS (beoml1nel, m CONTOUR LEVELS 110 1
GEM JOO
1 --- Basel l n_e_ w 1 th Fu l l Pole
I lfO(ld~J~ •
2.6 ~ ~ 1.6 --2.0 /
---------2.0 ~ 3.2
~ 3.6 ! ,.
601- / / / ~ --------- ... _4.0 iii ~ :;j _, -4.8 --.......... ""' " '\ \ \ 1 ;;:
E I I I I / / / -------- iii •
2+/ ////(( 5.2 .:;
6)
0 '" c • ... 0
~ :ii
.w ' (/I :: ~
I) L
! c
'I) " (/I c L • 6) • > > -20 ~
(/I I c 0 .. L ..: I- ..:
i
< • •
-601- " ""' ""-- ~ -------- -------- __....,,/ / / /~ > a
: t
2.0 --........._ ._______ __....,, / /I r
2.0 j
l -I. 6 ""' "-...... ~ / 1.6 1 ~ •
-100( ~ -......._ -- ----- ~ / j
I
-JOO -50 0 50 100 Z-oxis lbeamllnel, m
GEM 1 --- Basellne with Full Pole 100
I / . / ../" • ------ T
2.0
2.2 ~',. J --• 2.4
J.6 ~ ~ '""'
a: > _,
2.8 ----- """ " " "' \ I ~ ,:; .., _,
··~ ~ ~ "'\ \ \ \ \i -E
E ti I I I / / / ~ i:;
•
2+! I I I I I/ 3.2
~ \ \ \ \ \ \~ ,;;
d)
0 ;;; c • ... 0 ill .µ 3.4 • Cll ~- ~
-"U !
• <I) " Cll • L 0
d) • , > -20 "' Cll a c • • 0 &'. L I- -
i
• ~ • >
a
: t
l. 6 "'-.. '-....... ---- ______. / / I. 6 / I ¥ 0 .....
l.4 ~ ~ l.4 ~ ... • ¥
1.2 ~ /. ,1.2 0
-1001 j I " I
-100 -50 0 50 100 Z-ox1s lbeoml1nel, m
e • .,
0 c 0 .µ (II ·~
-0
4) (ft
L
" > (II c 0 L
I-
) GEM 1 -- - Basel l ne wt t. I Fu) L Po 1 e 100, ' I ' I I I ' ' ' I I I I I I i ' ( I I
.s -----154-foot surface, CR site-t--...
I. 0
50
0
-50
-1001 I I I I I I I I I 1 •5
• I I I I I I I I I -100 -50 0 50 100
l-ox\s lbeomlinel, • CONTOUR LEVELS C 1 ot l
E
• G) () c 0 ..., (II --0
u al L G)
> Cll c 0 L I-
GEM 1 HJO - - - Bose l l ne w ' £. Fu l l Po l e I • ' ' ' I ::r: ' a 1 I 1 a • :C I 1 1 1 1 I
50
0
-50
.s Fleld·fGI on 117-foot surface. IA Slte 4
l.0
.5 .s - I 001 I I I I I ::-c . I I I I -<C I I I I I I
-100 -50 0 50 Z-ox1s {beo•linel. m
CONTOUR LEVELS 1101
100
E
• ll)
0 c 0 ~
11'1 -"1::>
t)
11'1 (. ~ > Ql c 0 (. I-
}
GEM 1 --- Baseline wltrl Full Pole )
100 ...,---,
Field IG) on 117-foot surface, IA stte 4
so
L .s
o~ ( 1.0
=1 (__
-50
- 100 I I I I I I I I I I I I I I I I I I I I I
-100 -50 0 Z-oxis (beomline), m
CONTOUR LEVELS I 102 l
so 100
E
• v 0 c 0 ..., (II --u ~ (ll (... G)
> <II c 0 (... t-
GEM l - - - Base l i. ne w l {, , Fu l l Pole 100.--..-----.-=-:~-.-=--.---.--r-,__,--,--,-,--.~.-.--,--.-.--r-1
.5 B9-foot surface, IR st
l. 0
r/ ~ 50
0
-50
.s - l 00 I I I I I I I ' I I I I ' I I I I I I I I
-lOO -50 0 50 Z-axts tbeam\\nel, m
CONTOUR LEVELS fl0 1 I
100
E
• I)
0 c 0 ., (II --0
~ (II (.. ti > (II c 0 L I-
I
GEM l --- Baseltrie wtt...l Full Pole 100.--.--..--..--r--r---r---r--r---.--.--r-r-r--"T-,r-r-r-~.,.--,
.5
n 158-foot surface, IA s'te
1.0
so
0
-so
-1001 I I I I I I I I I I . 5
I I Ill I I 11 I
-100 -50 0 so Z-axis (beoml,nel, m
CONTOUR LEVELS l 101 l
100
gdxxxxxx-8 9/24/91
GEM Magnet Subsystem
Cost Profile
Gary Deis, LLNL and Peter Marston, MIT/PFC
GEM Magnet Technical Panel Meeting 25-26 September, 1991
GEM Maanet Subsvstem Schedule 1991 1992 1993 1994 1995 1996 1997 1998
Finish
LOI approved ! EDA ATP J : ! I BOD U/G Hall Inst Detectors
!Project Milestones 1 ..... ! ... u1·.·.·.1.··~.·.r1·.·.·r~1·· .JI Th hhr•hh r···1··r·h•Arh · rhl•·······• i --t-· Conceptual ~h Preliminary -··-'-- .--i·-·,..--~·-) Oversight -· '-'-, ! ···-'-'--!-- ~· .w-l-'-- h.,j •...
Subsystem Design I .. J • • , . · ~ i i ! .. L : ··r· .. :···· ... ! .. , .. ·+···! +·I- .. , ............ : +· .. -....... ( .......... 1 .. ··1 ....... ····:·.... ....... : . 1 ...... ;.. . ;.. Contract des, tool lab on site .. , . .. l .. L... .. j ...... 1····· j ............ j .................. ;
fabricate coil forms 1 /12/95 I i i , . , . . ' 27 mo ! i i ! ·-· -- "" ' h _, '_,_4-'4_' ;--1"""'1' ;•--, ' ; ! . [ ., . --r~· ·- •""t"-' ' .. ""·'t''
I 1 ... , ....... .... ) ... Development . Contract design, too fabrication on site L ............... ) ............ .y .. ) .................... !....... ...... . .: ..... . fabricate conductor 3/15/95 i · · · ' 29 mo i ! ! l
· ·····i·· ·'l·····l·······+····T·.···Y···+······t·····!······i1···+······1······i······l·····f.···•······1······ ······+·· ······· ..... ; ................. + ............... !···. I I ! -+ ... Development . Contract _des: tool ...4 .. ., wind on site ..,..f _.;,._ ! ! --'"""'; .....
wind on coil forms 4114/95
1 .•.• ! ...•.•.....• t:;;;;;' ·r ,:;;,;.:; _, Tl l ,~, •••.• f .••• • ....• J·· •••· •. :J••--• . . T ..
!thermal radiation shields 6/10/94 I _j_ !,,,_ ' , , , . , , , ~ ! 20 mo . .J....... ! ! i ! .. 1.. ..1 ..... ~?°n,tra~ __ ,des.,t~ ....... 1 _fa~on
1
slte ~----!:-· ...... .... j .. __ ....... 1 ....... ...... _____ ) ... _, .. ........ J~"-fabrlcate vacuum vessels 6/15/95 I I j ! ! • • 33 mo ! I I ! u u u . • t u .u u t lu•uluu+Uu Hu•IH•uuf••m• uuH 'Ut•hu •HHH UHutuulu ·rutu U• •U+h .. ·+ u ••••• +·
,_.,.,,.-H ... ---~~""'" ~-- . .-..~ contract .... r _ fab, ship ~ l ~ ... L _. ....... L-.-.w.. ... L... 1 _... ! ----~ fabricate cold mass supports 4111/94 1 ..... ! ! i • · , ' 20 mo ! ! ! ! !
I I ... I h r ·1 ..• ·r· t~:!;~·~.1:~;r~:r;~~:;~:;~;; ·t:~;l~~h ··~s~~~~;; ·•·••· ·:•l. H .• r.h· ....... ···--t· H ..... Lu final coil assembly 10/5195 I ! ! , , , ~ i ! ! !
.... C~ =: ·=J .... : -~~n;.:;f tinal d~sig~ .. J ..... con~tru~tio~ ........... L ......... ·::~C: :=:: ~ .L .......... J .. .. !Construct poles 12195 I j ..... j : I i . , . ' ! : i i
H fJ:~J=: = r·~r~ =· ·~:~~;~~mr• ;;~~;·~::;~~HrH···~~·!;~~·~;·i:~····};~·:;~;; ·:: m r··· ·:= h T . ~. H h ; . .· . . .. . .. h; ...... f ... ~ .. hih'l ... t····~~:~~;;~: ... i-:··r::::*·;n:~all -- .. ~-·- - - ... -··-
Power/protection system 6/96
'" Cryogenics 6/96
Installation/testing In U/G Half 10/96
=J=~I-
J--· ' ·1 ! l .~ ·~~,.-,;
····•1··1······j +·i···· 1
· r 1 · :······· ' j······· ·+········· i
Inst
···• : .. l Management/integration ...... T ...... ··1···l"'··t·l····t·····1···t·····t····t····1····t ... ·l·····1····t····t--··r·1 I : I I :
Sunday, September 22, 1991
Project Milestones
[bsystem Design
Coll forms
!Conductor
Winding
GEM Maanet Subsvstem Schedule
Finish
1991 1992 1993 1994 1995 1996 1997 1998
Cost by activity
( $ M) ~E!Jl:tt: ~t~'1J:: ~~~E i, . ... : . . . - I i 11.7
1999
·]····· .. 1 .... ··--r 2-.15 ······ .... I 2.15 ·r--.... , ...... i 2.15 + ..... ,_ ...... · 2.1s l .......... t. '.s .............. •·· ... '[. ·y T T .. f · · -------------< -. ~ ~-+·-.~-~ r.w~ Contract des, tool _ tab on Site - .~r- ~r-~-t·- ___ ,~ ~.-. -+~ ~f.·.-.. L,, .. J .. ~~wf.....~-~~--"-,
! ! i I i I i ! 1.0 l 1/12/95
:r: .. ~~~:~~.:; ~!~·;:!~. o. 7d~!::1; .. ::t,!b·~}:·;;~t::::: ~::r::: ::::r·::·1:·:~ ::: :::: :·:::· ::::1:::: :::r::r~r::r : J ··+·~ 1 5 """i""""t' .. ,___._ 3 8 ·f 1 9 " --i-- ·-:--; ..... F'" ·- -· . ...,.J._ ............. , ...... ---'-·t .... j ~/15/Q5
4/14/95
-------------! ::l= LE€~~~~~§~~ ;~t"t: ~1 t ••·• •····· ··••·· t l:::J:I: . --t~- ---~fr.--~-1-"~f ·-~ contract 4-~ .des: tooi ~ -~ tab on site
Thermal radiation shlRld!i: 6/10/94
Vacuum vessels 6/15/95 ........... 1 .... ·++······· "i'"i 0.8 ~·j·"i' ;5 , .............. ; .. ..
]
....... : ...... ...... t----··-.e.·-···· ....... contract + lab, shlJ.1
1
...... J. i : : . -----.~:
--------------l·· -l- ... J·+·- - • o.51 &.9 ...... ...... 1 ...... 1 ........... + .... + ...................... des,contract,lab,lns tooling I. assembly
Cold mass supports 4/11194
-----------~······ ...... i ............ j ....... 1 ..... ······ ······ ····-~j······+······ ···· 0 5 f······l···· .I
.... 1...... .j .. L ......... Contr~ct . fin~I desl~n .j ! i I ' ! I I I I ! I l 11.1 --------------< · .. j ...... i...... ·+ t ....................... t ...... i ......... 0.15 ..... t ... ..
..+-!-- --f. .. -1- .... ,_ Contract ... final design construction. Install -tj·-J.-l-.. L1-+--'····' .. .....+-J...-! ' 1 ~ I I I ' 1.9 ,
..... :·::!·::-::!:::::: t: :J::: : ~.:~·!:··~:;;~~·1.~:: :·:: :: .. ·~~~!;ru~t8 ::t:~·;~~;:;;·1::::::.~::: . ' . : l I . • . ~
1-t-- .. + .. +·1 .. 0 9 . •. ;--r 22.. .. 4 6 +--'" 1 0 .,.. 1-·
i::::::.~ ~" ·- : 1 l: tt··· •••••. l t ttl ... t :-;;'.· :~;,..... + 1:i:1 + ·· 1 I Total cost by F1sca1 vear csMJ 1-~ =r~ .. ·::::.r . ~ ·.·.·····1 ~f.: I~ ~+~i~} ·.·~· J 2°~
2
•5
0 L~ =J4~ ~5 .t=· = ~: .. := .... l~~[f ·1~~~ •. ,I
1·· ······, ' ................ I r· ! : 1····· I I r····· .. ·: i .. , ............. ··r ·····: ! I t· ........ .
Final coil assembly 10/5/Q5
Poles 1?/Qfi
;Power/proteclion system Fi.JQR
Cryoaenics 6/96
Sunday, September 22, 1991
Gem Magnet Subsystem - Near-term Schedule
1 991 1992 1993
A S 0 N DIJ F MAMJJASON DI J F M A M J J A s
! LOI due O O LOI Approved -i i ! EDRdue O 0 Authorization to Proceed
... ~::~;:.z:::·:~lioo) .... t r P:!):\L~f !t~.;-Jl 11 lI•••••··· Fl Alternate Conductor Development i i , > : i : i : i
Project Milestones
~~~i~t:::a::~;i~gDefense wcwf- ~•fmmf" ,5•m -·w m--1--i""" "'l-·+wc ,.,. ·www -+ --+ ·- wcka ·\ "" t- 1-- ·-1· -+---
LOI ~~e~i~~n:;;ii~::i;n~:::~~sis ~::t- · r.~LC?.-=:=~±~ ?1=. t EL.~.~~: [-~.}~.: Facilities/Installation Planning i i ' · · · > i ! ! i i ! i i
1 Specification Preparation j i i i I i j i i i , : . i j
I Do"'"' 00"'"" Pl~···"' I l ! r r.r I ! l l :; n : ;· ·: : ::::
First contracts placed ..... /.. ··+ ) ! ................. . !....)... ......... ). J ................ i... .. .) ............. J .L ..... i .. ·I l '·" I -i•mc mt•••tm•I--= --+"1-m•: :--• , __ _i I +--i •-t·-- ---·+--1-•
Sunday, September 22, 1991
re'~'
• "'-"-'*--.----!
GEM Magnet Manufacturing Scheme
• Conceptual Design leading to LOI submittal
• Preliminary Design leading to Technical Proposal
- bring design to level necessary to specifr top level components (coils, vacuum vessels, etc.
- perform necessary R&D (i.e., conductor fab, joining)
- prepare specifications for design and fabricate contracts
• Bid and Award contracts
• Industrial Contractors design, fabricate, and install necessary tooling on site
• Contractors pre-fabricate large parts for sub-assemblies at plants
• Contractors put together large sub-assemblies on site
• Sub-assemblies are integrated into final coil half assemblies
• Coil half assemblies lowered into Hall, integrated with membrane
LUI
Fabricate conductor
Receive Coil Form pre-fabed parts
Receive Vacuum Vessel pre-fabed parts
store on transfer spools 24@ with I km on each, 2 km per mo
Join parts to form Coil Forms at 2@ Stations, 2 per mo
Join parts to form 2@ vacuum Vessel sub-assemblies
Wind
Conductor
Into
Coil Forms,
24@
Stack 12 Coil Forms, integrate Cold Mass Supports Thermal Radiation Shields, Super Insulation, etc, at 2 different assembly stat ions
Integrate Coil Form Sub-assemblies with Vacuum Vessel Sub-assemblies, add End Flange, complete assembly, perform Above Ground Tests, ready.
GEM Maanet Manufacturina Schedule
Finish
LOI Approved 1/1192
tech proposal design 1213193
ATP 114193
i
temporary facilities avail 12/8/93
fabricate conductor 3/15/95
fabricate coil forms 1/12195
lwlnd on coll forms 4/14195
thermal radiation shields 6/10/94
fabricate vacuum vessels 6/15/95
fabricate cold mass supports 4111 /94
BOD Coil Manufacturing Bldg 11/1/93
final assembly station 12113/94
assemble first magnet half 6/4/95
assemble second magnet half 10/5/95
1991 1992 1993 1994 1995 1996 1997
·····;·
1 i I i ls '. •> ! l , ! ! : ! • • . ·······r ·j······: ; .. ··t ·;··········r \ .. ,. +·;·····,·· '_· ' ' T T T t .... ,... \ .. ... . J ...... J .. ··~· ·····! . 1
,, • contracl design, tool fabrication on site ... L ...... L .... j ..... ). ~ ·····' ...... .:. ..... j ..
l _.lM .. --·l~_l ·-·-- .L, ... _fJ~-'----~- .i---~~-w:~.-~.-~·-;-M.-~-----~---... ·2 ... 2~-~M~• ; '"•'w.J ·w.•·'.-.... >···.-.--.J.
.......... -- ··--· .. ---· ·--· -- -· -·- . , . ~ .~: ~0 I : L ;
'In .......
i !/j, . :j '. . · K> j 2<l mo 1 ! ··--~ ··t" ·"l·•w·-r· "'"T''"'- ... ""'1-··-~t"·--f .. ··--··"t"'"'··~--· .. -----~- -'""···r·" .,,,r-- i· ·
' i
... j.... contract .... des, tool ···-~···· .) fab on site ... )
...... t ..... -P---+·· ... ~ ....... ; ...... + ...... ~ ....... ~ ...... +; ···~····· .. ~·- ''''i'' .... ?:: ..... t ............. ~.- .... , ..
~ ; ' i I ' I ' I i [· n:ntract; ·:':· sht "!ol ~0,~0 · wt-r·tw: L
· · ··-.r~~:~.-.l~----~--~r.-; 1 ' ·~·~-.~~.;·=·-·-i
w • "!" ••••• -~ ••
~·.
'.'.s;. c .;·······t···· --~·- ~ ..... f
~-·. ••"•'•'•"("•'• '°!""'
1998
Friday, September 20, 1991
gdxxxx.xx-1 9113/'ll
GEM Magnet Subsystem
September Progress at LLNL
Gary Deis, LLNL
GEM Engineering Meeting 24 September, 1991
Gem Magnet Design/September Progress II Summary
• Ready for "LOI-design" freeze on vacuum vessels, saddles, '
cold-mass supports. Detail dwgs, cost estimates in progress • Design of conductor, bobbin, coil winding, etc, on "front
burner" this week. " Conceptual designs and costing for power/protection and
cryogenics is in progress
• WBS revised slightly, first-draft of dictionary completed. Most costing responsibilities assigned
Most important work:
gdxxxxxx-1 9(13191
• SIGNIFICANT vendor contacts this month
&
1------------~~---------------i C'
c.
-< !-----------------~-----------' 1 _ I :::: _ _ __ _. r----~ --- I -
~-'+---1-IE_'.~-i~~-=,.=-.=~-.--------=---::::1----------~----------I
_j -<
cc I
~ E I
co .... s
I 11 0
~ ~-'+----,_ •. ~. +-------+-------; / ""'> I I ' ~..... ;' ~\ ~ C::::: L--!j: I -4~[~.Mfr~}~::--~~~~~-+~~~~~+-~~~~-+~-+~~~~\.... : 0
/ 1--ti#tt-------'------j \ I
' ./ ~ i ~·
L_l_JJ .. 0 r
zm 0
"""'"' c Ill-Oz :r-oo 00-; ~::o,,, z-t ..
l
I
I
I \ : ·--··-·· I -, /A--~.--r-~:~'__..-it=:~~,~======:..._ ___________ =-"""""~_,.=-----_-_-_-t-~·----:-
~ \..--"""" 1._____ -- -------- 4---
0 " c c
I I
i \ \ I
- ==-t-= ~ ,, __ / ,,. z "'
::0
"' "' "' c 0 c c 0 r 0
~
... "' ., ., "' 0
0 0 0
j
iii ID Q)
N W U) Q)
w Q)
ltW--+--t-t~~~~~ U1 ID 0 U1 U)
Lr--r-?'V
_I \ co
I \ I ca
0 I
co \ J ...... \.
U) w N ...,
Q)
U> N ...,
N 0 .. N .....
I
l
0
OUTER VAC VESSEL
UUTER LN SHIELD
C 0 IL
INNER LN
U) N U)
TIT AN JU M AXIAL SUPPORT RODS TYP. 16X
¢100
.ft1t}r ::ti ·ig_,l:i~ l4.4~-~:*'~'~~-i<%'·
INNER VAC VESSEL - - r:-a•ltir::rn ,, [_ ~0- -
~ALLOWANCE FOR RADIAL SUPPORT BLK ROTATED INTO VIEW
DETAIL SCALE
fE--IOOOMM~
9-10-91
THERMAL SHIELD
RADIAL SUPPORT BLOCK
TITANIUM ROD END
BOBBIN
1\X IAL SUPPORT ROD TYP 24X
t 0
SECTION
fE SCALE IOOOM ""'4
9-10-91
80K INTERCEPT
TIT AN JU M
-x
RADIAL SUPPORT ROD TYP 16X
SPHER JCAL WASHER
RADIAL SUPPORT
BLOCK
'
~-..,:~~k~:,;.,
FACILITIES FRINGE FIELDS COMPARISON O.te: September 23, 1991
Surface LAB FACILITY Surface Area Surface
Years Area 5 gau11 Area Altitude ~va-ground Regulatory Health In Magnet Type of Magnet 10 gauss (intb'UJ111eni.tioft 1 gauss of 5 gauss volume Complianc1 A EIS Effects
Operation Strenath Shleldlna Elevation '"'""cemaker ••nsltlvltr) (no lssuel Field at 5 aauss Ta ....... Reported
1 SSC-GEM New 0.8 T unknown c47m> .. 21.1oom2 -43,000m2 -110.ooom2 71m .. 1,sso,oooms DOE et el. unknown n/a
2 LLNL - FENIX -0.5 14.0 T none c3m> 4,971m2 8,414m2 ' 23m -22,ISOml DOE et al none none
• LLNL- HFTF -10 -11 T none <2m> 452m2 I04m2 ' 16m -1,434mJ DOE only none none
• LLNL- MFTF c1 week -7T none -3.5 m 7,350m2 -13,000m2 ' 50m ? DOE only n/a none
• 1 S'BBL.CH-FNAI 15 -3.2 T none 2m 2,413m2 -5,000m2 ' -40m .. 100,sooma OSHA n/a one..,,.,,...,.,,,.
• LCT-ORNL 2 BT none 3m nl• .,. .,. n/a .,. DOE none no verill•bl•
7 Tohoku/Chicago Sync.·FNAL -20-25 .. 3.0 Tu. ..... ? • ' ' • ? ? • ' ---
10 GAUSS
IR I
FENIX
f 7' ' 10 GAUSS
100 GAUSS
15 ' BUBBLE CH
,... ( \ ..... /.
10 GAUSS
100 GAUSS
FIELD SIZE COMPARISON
10 GAUSS 10 GAUSS
IR 4 IR 5
I.-~~~~~-"'"'-~~~~~-~
MFTF HFTF
10 GAUSS
10 GAUSS
100 GAUSS , ~ 100 GAUS_",;_ o~
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