source: trunk/environments/MOMO/PDG.xml@ 1341

Last change on this file since 1341 was 1337, checked in by garnier, 15 years ago

tag geant4.9.4 beta 1 + modifs locales

File size: 17.8 KB
Line 
1<?xml version="1.0" encoding="UTF-8"?>
2<gdml xmlns:gdml="http://cern.ch/2001/Schemas/GDML"
3 xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
4 xsi:noNamespaceSchemaLocation="../schema/gdml_1.0.xsd">
5 <define>
6 <constant name="HALFPI" value="pi/2."/>
7 <constant name="PI" value="1.*pi"/>
8 <constant name="TWOPI" value="2.*pi"/>
9 <position name="center"/>
10 <rotation name="identity"/>
11 <position name="shiftbyx" x="20.0"/>
12 <rotation name="rotatebyx" x="HALFPI"/>
13 <rotation name="rotatebyall" x="HALFPI" y="PI" z="TWOPI"/>
14 </define>
15
16 <materials>
17 <!--Elements-->
18 <element name="Nitrogen" formula="N" Z="7">
19 <atom value="14.00674"/>
20 </element>
21 <element name="Oxygen" formula="O" Z="8">
22 <atom value="15.9994"/>
23 </element>
24 <element name="Hydrogen" formula="H" Z="1">
25 <atom value="1.00794"/>
26 </element>
27 <element name="Carbon" formula="C" Z="6">
28 <atom value="12.011"/>
29 </element>
30 <element name="Sodium" formula="Na" Z="11">
31 <atom value="22.989768"/>
32 </element>
33 <element name="Aluminum" formula="Al" Z="13">
34 <atom value="26.981539"/>
35 </element>
36 <element name="Silicon" formula="Si" Z="14">
37 <atom value="28.0855"/>
38 </element>
39 <element name="Calcium" formula="Ca" Z="20">
40 <atom value="40.078"/>
41 </element>
42 <element name="Iron" formula="Fe" Z="26">
43 <atom value="55.845"/>
44 </element>
45 <element name="Fluorine" formula="F" Z="9">
46 <atom value="18.9984032"/>
47 </element>
48 <element name="Barium" formula="Ba" Z="56">
49 <atom value="137.327"/>
50 </element>
51 <element name="Germanium" formula="Ge" Z="32">
52 <atom value="72.61"/>
53 </element>
54 <element name="Bismuth" formula="Bi" Z="83">
55 <atom value="208.98037"/>
56 </element>
57 <element name="Iodine" formula="I" Z="53">
58 <atom value="126.90447"/>
59 </element>
60 <element name="Cesium" formula="Cs" Z="55">
61 <atom value="132.90543"/>
62 </element>
63 <element name="Lithium" formula="Li" Z="3">
64 <atom value="6.941"/>
65 </element>
66
67 <!--Materials from Combination-->
68 <material name="Air">
69 <D type="denstiy" value="1.205" unit="mg/cm3"/>
70 <T type="temperature" value="293.15" unit="kelvin"/>
71 <P type="pascal" value="1.0" unit="atmosphere"/>
72 <composite n="1" ref="N"/>
73 <composite n="0" ref="O"/>
74 </material>
75 <material name="H2O">
76 <D type="denstiy" value="1.0" unit="g/cm3"/>
77 <T type="temperature" value="273.15" unit="kelvin"/>
78 <P type="pascal" value="1.0" unit="atmosphere"/>
79 <composite n="2" ref="H"/>
80 <composite n="1" ref="O"/>
81 </material>
82 <material name="CO2Gas">
83 <D type="denstiy" value="1.977" unit="mg/cm3"/>
84 <T type="temperature" value="293.15" unit="kelvin"/>
85 <P type="pascal" value="1.0" unit="atmosphere"/>
86 <composite n="1" ref="C"/>
87 <composite n="2" ref="O"/>
88 </material>
89 <material name="CO2Solid">
90 <D type="denstiy" value="1.563" unit="g/cm3"/>
91 <T type="temperature" value="273.15" unit="kelvin"/>
92 <P type="pascal" value="1.0" unit="atmosphere"/>
93 <composite n="1" ref="C"/>
94 <composite n="2" ref="O"/>
95 </material>
96 <material name="ShieldingConcrete">
97 <D type="denstiy" value="2.5" unit="g/cm3"/>
98 <T type="temperature" value="273.15" unit="kelvin"/>
99 <P type="pascal" value="1.0" unit="atmosphere"/>
100 <composite n="1" ref="O"/>
101 <composite n="0" ref="Na"/>
102 <composite n="0" ref="Al"/>
103 <composite n="0" ref="Si"/>
104 <composite n="0" ref="Ca"/>
105 <composite n="0" ref="Fe"/>
106 </material>
107 <material name="FusedQuarz">
108 <D type="denstiy" value="2.2" unit="g/cm3"/>
109 <T type="temperature" value="273.15" unit="kelvin"/>
110 <P type="pascal" value="1.0" unit="atmosphere"/>
111 <composite n="2" ref="O"/>
112 <composite n="1" ref="Si"/>
113 </material>
114 <material name="Methane">
115 <D type="denstiy" value="0.4224" unit="mg/cm3"/>
116 <T type="temperature" value="293.15" unit="kelvin"/>
117 <P type="pascal" value="1.0" unit="atmosphere"/>
118 <composite n="4" ref="H"/>
119 <composite n="1" ref="C"/>
120 </material>
121 <material name="Ethane">
122 <D type="denstiy" value="0.509" unit="mg/cm3"/>
123 <T type="temperature" value="293.15" unit="kelvin"/>
124 <P type="pascal" value="1.0" unit="atmosphere"/>
125 <composite n="6" ref="H"/>
126 <composite n="2" ref="C"/>
127 </material>
128 <material name="Propane">
129 <D type="denstiy" value="1.879" unit="mg/cm3"/>
130 <T type="temperature" value="293.15" unit="kelvin"/>
131 <P type="pascal" value="1.0" unit="atmosphere"/>
132 <composite n="8" ref="H"/>
133 <composite n="3" ref="C"/>
134 </material>
135 <material name="Isobuthane">
136 <D type="denstiy" value="2.67" unit="mg/cm3"/>
137 <T type="temperature" value="293.15" unit="kelvin"/>
138 <P type="pascal" value="1.0" unit="atmosphere"/>
139 <composite n="10" ref="H"/>
140 <composite n="4" ref="C"/>
141 </material>
142 <material name="OctaneLiquid">
143 <D type="denstiy" value="0.703" unit="g/cm3"/>
144 <T type="temperature" value="273.15" unit="kelvin"/>
145 <P type="pascal" value="1.0" unit="atmosphere"/>
146 <composite n="18" ref="H"/>
147 <composite n="8" ref="C"/>
148 </material>
149 <material name="Paraffin">
150 <D type="denstiy" value="0.93" unit="g/cm3"/>
151 <T type="temperature" value="273.15" unit="kelvin"/>
152 <P type="pascal" value="1.0" unit="atmosphere"/>
153 <composite n="52" ref="H"/>
154 <composite n="25" ref="C"/>
155 </material>
156 <material name="NylonType6">
157 <D type="denstiy" value="1.14" unit="g/cm3"/>
158 <T type="temperature" value="273.15" unit="kelvin"/>
159 <P type="pascal" value="1.0" unit="atmosphere"/>
160 <composite n="11" ref="H"/>
161 <composite n="6" ref="C"/>
162 <composite n="0" ref="N"/>
163 <composite n="1" ref="O"/>
164 </material>
165 <material name="Lexan">
166 <D type="denstiy" value="1.2" unit="g/cm3"/>
167 <T type="temperature" value="273.15" unit="kelvin"/>
168 <P type="pascal" value="1.0" unit="atmosphere"/>
169 <composite n="14" ref="H"/>
170 <composite n="16" ref="C"/>
171 <composite n="3" ref="O"/>
172 </material>
173 <material name="Mylar">
174 <D type="denstiy" value="1.39" unit="g/cm3"/>
175 <T type="temperature" value="273.15" unit="kelvin"/>
176 <P type="pascal" value="1.0" unit="atmosphere"/>
177 <composite n="4" ref="H"/>
178 <composite n="5" ref="C"/>
179 <composite n="2" ref="O"/>
180 </material>
181 <material name="Polyethylene">
182 <D type="denstiy" value="0.93" unit="g/cm3"/>
183 <T type="temperature" value="273.15" unit="kelvin"/>
184 <P type="pascal" value="1.0" unit="atmosphere"/>
185 <composite n="4" ref="H"/>
186 <composite n="2" ref="C"/>
187 </material>
188 <material name="Kapton">
189 <D type="denstiy" value="1.42" unit="g/cm3"/>
190 <T type="temperature" value="273.15" unit="kelvin"/>
191 <P type="pascal" value="1.0" unit="atmosphere"/>
192 <composite n="10" ref="H"/>
193 <composite n="22" ref="C"/>
194 <composite n="2" ref="N"/>
195 <composite n="5" ref="O"/>
196 </material>
197 <material name="Plexiglas">
198 <D type="denstiy" value="1.18" unit="g/cm3"/>
199 <T type="temperature" value="273.15" unit="kelvin"/>
200 <P type="pascal" value="1.0" unit="atmosphere"/>
201 <composite n="8" ref="H"/>
202 <composite n="5" ref="C"/>
203 <composite n="2" ref="O"/>
204 </material>
205 <material name="PolystyreneScinti">
206 <D type="denstiy" value="1.032" unit="g/cm3"/>
207 <T type="temperature" value="273.15" unit="kelvin"/>
208 <P type="pascal" value="1.0" unit="atmosphere"/>
209 <composite n="8" ref="H"/>
210 <composite n="8" ref="C"/>
211 </material>
212 <material name="Teflon">
213 <D type="denstiy" value="2.2" unit="g/cm3"/>
214 <T type="temperature" value="273.15" unit="kelvin"/>
215 <P type="pascal" value="1.0" unit="atmosphere"/>
216 <composite n="2" ref="C"/>
217 <composite n="4" ref="F"/>
218 </material>
219 <material name="Polyvinyltolulene">
220 <D type="denstiy" value="1.032" unit="g/cm3"/>
221 <T type="temperature" value="273.15" unit="kelvin"/>
222 <P type="pascal" value="1.0" unit="atmosphere"/>
223 <composite n="10" ref="H"/>
224 <composite n="9" ref="C"/>
225 </material>
226 <material name="Alumina">
227 <D type="denstiy" value="3.97" unit="g/cm3"/>
228 <T type="temperature" value="273.15" unit="kelvin"/>
229 <P type="pascal" value="1.0" unit="atmosphere"/>
230 <composite n="3" ref="O"/>
231 <composite n="2" ref="Al"/>
232 </material>
233 <material name="BaF2">
234 <D type="denstiy" value="4.89" unit="g/cm3"/>
235 <T type="temperature" value="273.15" unit="kelvin"/>
236 <P type="pascal" value="1.0" unit="atmosphere"/>
237 <composite n="2" ref="F"/>
238 <composite n="1" ref="Ba"/>
239 </material>
240 <material name="BGO">
241 <D type="denstiy" value="7.1" unit="g/cm3"/>
242 <T type="temperature" value="273.15" unit="kelvin"/>
243 <P type="pascal" value="1.0" unit="atmosphere"/>
244 <composite n="12" ref="O"/>
245 <composite n="3" ref="Ge"/>
246 <composite n="4" ref="Bi"/>
247 </material>
248 <material name="CsI">
249 <D type="denstiy" value="4.53" unit="g/cm3"/>
250 <T type="temperature" value="273.15" unit="kelvin"/>
251 <P type="pascal" value="1.0" unit="atmosphere"/>
252 <composite n="1" ref="I"/>
253 <composite n="1" ref="Cs"/>
254 </material>
255 <material name="LiF">
256 <D type="denstiy" value="2.632" unit="g/cm3"/>
257 <T type="temperature" value="273.15" unit="kelvin"/>
258 <P type="pascal" value="1.0" unit="atmosphere"/>
259 <composite n="1" ref="Li"/>
260 <composite n="1" ref="F"/>
261 </material>
262 <material name="NaF">
263 <D type="denstiy" value="2.558" unit="g/cm3"/>
264 <T type="temperature" value="273.15" unit="kelvin"/>
265 <P type="pascal" value="1.0" unit="atmosphere"/>
266 <composite n="1" ref="F"/>
267 <composite n="1" ref="Na"/>
268 </material>
269 <material name="NaI">
270 <D type="denstiy" value="3.67" unit="g/cm3"/>
271 <T type="temperature" value="273.15" unit="kelvin"/>
272 <P type="pascal" value="1.0" unit="atmosphere"/>
273 <composite n="1" ref="Na"/>
274 <composite n="1" ref="I"/>
275 </material>
276
277 <!--Materials from Scratch-->
278 <material name="HydrogenGas" formula="HydrogenGas" Z="1" N="1.00794" state="gas">
279 <D type="density" value="0.0838" unit="mg/cm3"/>
280 <atom type="A" value="1.00794"/>
281 <T type="temperature" value="293.15" unit="kelvin"/>
282 <P type="pascal" value="1.0" unit="atmosphere"/>
283 </material>
284 <material name="HydrogenLiquid" formula="HydrogenLiquid" Z="1" N="1.00794" state="liquid">
285 <D type="density" value="0.0708" unit="g/cm3"/>
286 <atom type="A" value="1.00794"/>
287 <T type="temperature" value="20.39" unit="kelvin"/>
288 <P type="pascal" value="1.0" unit="atmosphere"/>
289 </material>
290 <material name="Deuterium" formula="Deuterium" Z="1" N="2.014" state="gas">
291 <D type="density" value="0.169" unit="mg/cm3"/>
292 <atom type="A" value="2.014"/>
293 <T type="temperature" value="293.15" unit="kelvin"/>
294 <P type="pascal" value="1.0" unit="atmosphere"/>
295 </material>
296 <material name="Helium" formula="Helium" Z="2" N="4.002602" state="gas">
297 <D type="density" value="0.1249" unit="mg/cm3"/>
298 <atom type="A" value="4.002602"/>
299 <T type="temperature" value="293.15" unit="kelvin"/>
300 <P type="pascal" value="1.0" unit="atmosphere"/>
301 </material>
302 <material name="Lithium" formula="Lithium" Z="3" N="6.941" state="solid">
303 <D type="density" value="0.534" unit="g/cm3"/>
304 <atom type="A" value="6.941"/>
305 <T type="temperature" value="273.15" unit="kelvin"/>
306 <P type="pascal" value="1.0" unit="atmosphere"/>
307 </material>
308 <material name="Beryllium" formula="Beryllium" Z="4" N="9.012182" state="solid">
309 <D type="density" value="1.848" unit="g/cm3"/>
310 <atom type="A" value="9.012182"/>
311 <T type="temperature" value="273.15" unit="kelvin"/>
312 <P type="pascal" value="1.0" unit="atmosphere"/>
313 </material>
314 <material name="Carbon" formula="Carbon" Z="6" N="12.011" state="solid">
315 <D type="density" value="2.265" unit="g/cm3"/>
316 <atom type="A" value="12.011"/>
317 <T type="temperature" value="273.15" unit="kelvin"/>
318 <P type="pascal" value="1.0" unit="atmosphere"/>
319 </material>
320 <material name="Nitrogen" formula="Nitrogen" Z="7" N="14.00674" state="gas">
321 <D type="density" value="0.8073" unit="mg/cm3"/>
322 <atom type="A" value="14.00674"/>
323 <T type="temperature" value="293.15" unit="kelvin"/>
324 <P type="pascal" value="1.0" unit="atmosphere"/>
325 </material>
326 <material name="Oxygen" formula="Oxygen" Z="8" N="15.9994" state="gas">
327 <D type="density" value="1.141" unit="mg/cm3"/>
328 <atom type="A" value="15.9994"/>
329 <T type="temperature" value="293.15" unit="kelvin"/>
330 <P type="pascal" value="1.0" unit="atmosphere"/>
331 </material>
332 <material name="Fluorine" formula="Fluorine" Z="9" N="18.9984032" state="solid">
333 <D type="density" value="1.507" unit="g/cm3"/>
334 <atom type="A" value="18.9984032"/>
335 <T type="temperature" value="273.15" unit="kelvin"/>
336 <P type="pascal" value="1.0" unit="atmosphere"/>
337 </material>
338 <material name="Neon" formula="Neon" Z="10" N="20.1797" state="gas">
339 <D type="density" value="1.204" unit="mg/cm3"/>
340 <atom type="A" value="20.1797"/>
341 <T type="temperature" value="293.15" unit="kelvin"/>
342 <P type="pascal" value="1.0" unit="atmosphere"/>
343 </material>
344 <material name="Aluminum" formula="Aluminum" Z="13" N="26.981539" state="solid">
345 <D type="density" value="2.7" unit="g/cm3"/>
346 <atom type="A" value="26.981539"/>
347 <T type="temperature" value="273.15" unit="kelvin"/>
348 <P type="pascal" value="1.0" unit="atmosphere"/>
349 </material>
350 <material name="Silicon" formula="Silicon" Z="14" N="28.0855" state="solid">
351 <D type="density" value="2.33" unit="g/cm3"/>
352 <atom type="A" value="28.0855"/>
353 <T type="temperature" value="273.15" unit="kelvin"/>
354 <P type="pascal" value="1.0" unit="atmosphere"/>
355 </material>
356 <material name="Argon" formula="Argon" Z="18" N="39.948" state="gas">
357 <D type="density" value="1.396" unit="mg/cm3"/>
358 <atom type="A" value="39.948"/>
359 <T type="temperature" value="293.15" unit="kelvin"/>
360 <P type="pascal" value="1.0" unit="atmosphere"/>
361 </material>
362 <material name="Titanium" formula="Titanium" Z="22" N="47.867" state="solid">
363 <D type="density" value="4.54" unit="g/cm3"/>
364 <atom type="A" value="47.867"/>
365 <T type="temperature" value="273.15" unit="kelvin"/>
366 <P type="pascal" value="1.0" unit="atmosphere"/>
367 </material>
368 <material name="Iron" formula="Iron" Z="26" N="55.845" state="solid">
369 <D type="density" value="7.87" unit="g/cm3"/>
370 <atom type="A" value="55.845"/>
371 <T type="temperature" value="273.15" unit="kelvin"/>
372 <P type="pascal" value="1.0" unit="atmosphere"/>
373 </material>
374 <material name="Copper" formula="Copper" Z="29" N="63.546" state="solid">
375 <D type="density" value="8.96" unit="g/cm3"/>
376 <atom type="A" value="63.546"/>
377 <T type="temperature" value="273.15" unit="kelvin"/>
378 <P type="pascal" value="1.0" unit="atmosphere"/>
379 </material>
380 <material name="Germanium" formula="Germanium" Z="32" N="72.61" state="solid">
381 <D type="density" value="5.323" unit="g/cm3"/>
382 <atom type="A" value="72.61"/>
383 <T type="temperature" value="273.15" unit="kelvin"/>
384 <P type="pascal" value="1.0" unit="atmosphere"/>
385 </material>
386 <material name="Tin" formula="Tin" Z="50" N="118.71" state="solid">
387 <D type="density" value="7.31" unit="g/cm3"/>
388 <atom type="A" value="118.71"/>
389 <T type="temperature" value="273.15" unit="kelvin"/>
390 <P type="pascal" value="1.0" unit="atmosphere"/>
391 </material>
392 <material name="Xenon" formula="Xenon" Z="54" N="131.29" state="gas">
393 <D type="density" value="2.953" unit="mg/cm3"/>
394 <atom type="A" value="131.29"/>
395 <T type="temperature" value="293.15" unit="kelvin"/>
396 <P type="pascal" value="1.0" unit="atmosphere"/>
397 </material>
398 <material name="Tungsten" formula="Tungsten" Z="74" N="183.85" state="solid">
399 <D type="density" value="19.3" unit="g/cm3"/>
400 <atom type="A" value="183.85"/>
401 <T type="temperature" value="273.15" unit="kelvin"/>
402 <P type="pascal" value="1.0" unit="atmosphere"/>
403 </material>
404 <material name="Platinum" formula="Platinum" Z="78" N="195.08" state="solid">
405 <D type="density" value="21.45" unit="g/cm3"/>
406 <atom type="A" value="195.08"/>
407 <T type="temperature" value="273.15" unit="kelvin"/>
408 <P type="pascal" value="1.0" unit="atmosphere"/>
409 </material>
410 <material name="Lead" formula="Lead" Z="82" N="207.2" state="solid">
411 <D type="density" value="11.35" unit="g/cm3"/>
412 <atom type="A" value="207.2"/>
413 <T type="temperature" value="273.15" unit="kelvin"/>
414 <P type="pascal" value="1.0" unit="atmosphere"/>
415 </material>
416 <material name="Uranium" formula="Uranium" Z="92" N="238.0289" state="solid">
417 <D type="density" value="18.95" unit="g/cm3"/>
418 <atom type="A" value="238.0289"/>
419 <T type="temperature" value="273.15" unit="kelvin"/>
420 <P type="pascal" value="1.0" unit="atmosphere"/>
421 </material>
422 </materials>
423</gdml>
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