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25 // 25 //
26 // 26 //
>> 27 // $Id: XrayFluoDetectorConstruction.hh
>> 28 // GEANT4 tag $Name: xray_fluo-V03-02-00
27 // 29 //
28 // Author: Alfonso Mantero (Alfonso.Mantero@ge 30 // Author: Alfonso Mantero (Alfonso.Mantero@ge.infn.it)
29 // 31 //
30 // History: 32 // History:
31 // ----------- 33 // -----------
32 // 20 Aug 2001 Alfonso Mantero Created 34 // 20 Aug 2001 Alfonso Mantero Created
33 // 35 //
34 // ------------------------------------------- 36 // -------------------------------------------------------------------
35 37
36 #include "XrayFluoNistMaterials.hh" 38 #include "XrayFluoNistMaterials.hh"
37 #include "G4PhysicalConstants.hh" <<
38 #include "G4SystemOfUnits.hh" <<
39 39
40 XrayFluoNistMaterials::XrayFluoNistMaterials() 40 XrayFluoNistMaterials::XrayFluoNistMaterials()
41 { CreateMaterials();} 41 { CreateMaterials();}
42 42
43 XrayFluoNistMaterials::~XrayFluoNistMaterials( 43 XrayFluoNistMaterials::~XrayFluoNistMaterials()
44 { 44 {
45 delete dolorite; 45 delete dolorite;
46 delete HPGe; 46 delete HPGe;
47 delete SiLi; 47 delete SiLi;
48 delete mars1; 48 delete mars1;
49 delete anorthosite; 49 delete anorthosite;
50 delete basalt; 50 delete basalt;
51 delete gabbro; 51 delete gabbro;
52 delete gabbroWD; 52 delete gabbroWD;
53 delete gabbroRF; 53 delete gabbroRF;
54 delete Air; 54 delete Air;
55 delete Sci; 55 delete Sci;
56 delete Vacuum; 56 delete Vacuum;
57 delete madaBasalt; 57 delete madaBasalt;
58 delete icelandicBasalt; 58 delete icelandicBasalt;
59 delete icelandicWD; 59 delete icelandicWD;
60 delete icelandicRF; 60 delete icelandicRF;
61 delete GaAs; 61 delete GaAs;
62 delete galactic; 62 delete galactic;
63 delete copper; 63 delete copper;
64 // delete nickel; <<
65 delete hawaiianRF; 64 delete hawaiianRF;
66 delete hawaiianWD; 65 delete hawaiianWD;
67 66
68 67
69 68
70 } 69 }
71 XrayFluoNistMaterials* XrayFluoNistMaterials:: 70 XrayFluoNistMaterials* XrayFluoNistMaterials::instance = 0;
72 71
73 XrayFluoNistMaterials* XrayFluoNistMaterials:: 72 XrayFluoNistMaterials* XrayFluoNistMaterials::GetInstance()
74 { 73 {
75 if (instance == 0) 74 if (instance == 0)
76 { 75 {
77 instance = new XrayFluoNistMaterials; 76 instance = new XrayFluoNistMaterials;
78 77
79 } 78 }
80 return instance; 79 return instance;
81 } 80 }
82 81
83 G4Material* XrayFluoNistMaterials::GetMaterial 82 G4Material* XrayFluoNistMaterials::GetMaterial(G4String material)
84 { 83 {
85 84
86 //instancing G4NistManager 85 //instancing G4NistManager
87 nistMan = G4NistManager::Instance(); 86 nistMan = G4NistManager::Instance();
88 nistMan->SetVerbose(0); 87 nistMan->SetVerbose(0);
89 88
90 //If not available at NIST, look for the loc <<
91 G4Material* mat = nistMan->FindOrBuildMater 89 G4Material* mat = nistMan->FindOrBuildMaterial(material);
92 if (!mat) { 90 if (!mat) {
93 mat = G4Material::GetMaterial(material); 91 mat = G4Material::GetMaterial(material);
94 } 92 }
95 if (!mat) {G4cout << material << "Not Found, 93 if (!mat) {G4cout << material << "Not Found, Please Retry"<< G4endl;}
96 return mat; 94 return mat;
97 } 95 }
98 96
99 97
100 void XrayFluoNistMaterials::CreateMaterials() 98 void XrayFluoNistMaterials::CreateMaterials()
101 { 99 {
102 100
103 G4double density; 101 G4double density;
104 std::vector<G4int> natoms; 102 std::vector<G4int> natoms;
105 std::vector<G4double> fractionMass; 103 std::vector<G4double> fractionMass;
106 std::vector<G4String> elements; 104 std::vector<G4String> elements;
107 105
108 106
109 //instancing G4NistManager 107 //instancing G4NistManager
110 nistMan = G4NistManager::Instance(); 108 nistMan = G4NistManager::Instance();
111 nistMan->SetVerbose(1); 109 nistMan->SetVerbose(1);
112 110
113 // Materials Definitions 111 // Materials Definitions
114 112
115 113
116 /////////////////////// 114 ///////////////////////
117 // Madagascar Basalt // 115 // Madagascar Basalt //
118 /////////////////////// 116 ///////////////////////
119 117
120 118
121 // Define Madagascar Basalt main components 119 // Define Madagascar Basalt main components 0054.PP.0044 sample
122 density = 3*g/cm3; 120 density = 3*g/cm3;
123 elements.push_back("Si"); fractionMass.push 121 elements.push_back("Si"); fractionMass.push_back(0.1992); // 0.007093 mol/g(mat)
124 elements.push_back("Ti"); fractionMass.push 122 elements.push_back("Ti"); fractionMass.push_back(0.02027); // 4.235e-4
125 elements.push_back("Al"); fractionMass.push 123 elements.push_back("Al"); fractionMass.push_back(0.04758); // 0.001763
126 elements.push_back("Fe"); fractionMass.push 124 elements.push_back("Fe"); fractionMass.push_back(0.1303); // 0.002333
127 elements.push_back("Mn"); fractionMass.push 125 elements.push_back("Mn"); fractionMass.push_back(0.001549);// 2.820e-5
128 elements.push_back("Mg"); fractionMass.push 126 elements.push_back("Mg"); fractionMass.push_back(0.08141); // 0.003350
129 elements.push_back("Ca"); fractionMass.push 127 elements.push_back("Ca"); fractionMass.push_back(0.06468); // 0.001614
130 elements.push_back("Na"); fractionMass.push 128 elements.push_back("Na"); fractionMass.push_back(0.01692); // 7.360e-4
131 elements.push_back("K"); fractionMass.push 129 elements.push_back("K"); fractionMass.push_back(0.008576);// 2.193e-4
132 elements.push_back("P"); fractionMass.push 130 elements.push_back("P"); fractionMass.push_back(0.001977);// 6.383e-5
133 elements.push_back("O"); fractionMass.push 131 elements.push_back("O"); fractionMass.push_back(0.427538);// 0.02672
134 132
135 // sum is 0.04434383 total number of moles 133 // sum is 0.04434383 total number of moles of atoms in one gram of material
136 // 2.248766e8 g per 10.000.000 moles. 134 // 2.248766e8 g per 10.000.000 moles.
137 135
138 G4Material* madaBasaltMain= nistMan->Constru 136 G4Material* madaBasaltMain= nistMan->ConstructNewMaterial("MadaBasaltMain",elements, fractionMass, density);
139 elements.clear(); 137 elements.clear();
140 fractionMass.clear(); 138 fractionMass.clear();
141 139
142 // Define Madagascar Basalt traces components 140 // Define Madagascar Basalt traces components 0054.PP.0044 sample
143 density = 3*g/cm3; 141 density = 3*g/cm3;
144 142
145 143
146 elements.push_back("Ti"); natoms.push_back( 144 elements.push_back("Ti"); natoms.push_back(33);
147 elements.push_back("Ba"); natoms.push_back( 145 elements.push_back("Ba"); natoms.push_back(4131);
148 elements.push_back("Ce"); natoms.push_back( 146 elements.push_back("Ce"); natoms.push_back(694);
149 elements.push_back("Co"); natoms.push_back( 147 elements.push_back("Co"); natoms.push_back(965);
150 elements.push_back("Cr"); natoms.push_back( 148 elements.push_back("Cr"); natoms.push_back(5584);
151 elements.push_back("La"); natoms.push_back( 149 elements.push_back("La"); natoms.push_back(269);
152 elements.push_back("Nb"); natoms.push_back( 150 elements.push_back("Nb"); natoms.push_back(259);
153 elements.push_back("Nd"); natoms.push_back( 151 elements.push_back("Nd"); natoms.push_back(410);
154 elements.push_back("Ni"); natoms.push_back( 152 elements.push_back("Ni"); natoms.push_back(389);
155 elements.push_back("Rb"); natoms.push_back( 153 elements.push_back("Rb"); natoms.push_back(227);
156 elements.push_back("Sc"); natoms.push_back( 154 elements.push_back("Sc"); natoms.push_back(212);
157 elements.push_back("Sr"); natoms.push_back( 155 elements.push_back("Sr"); natoms.push_back(8686);
158 elements.push_back("V"); natoms.push_back( 156 elements.push_back("V"); natoms.push_back(4203);
159 elements.push_back("Y"); natoms.push_back( 157 elements.push_back("Y"); natoms.push_back(272);
160 elements.push_back("Zn"); natoms.push_back( 158 elements.push_back("Zn"); natoms.push_back(1440);
161 elements.push_back("Th"); natoms.push_back( 159 elements.push_back("Th"); natoms.push_back(19);
162 elements.push_back("Sm"); natoms.push_back( 160 elements.push_back("Sm"); natoms.push_back(93);
163 elements.push_back("Eu"); natoms.push_back( 161 elements.push_back("Eu"); natoms.push_back(32);
164 elements.push_back("Gd"); natoms.push_back( 162 elements.push_back("Gd"); natoms.push_back(89);
165 elements.push_back("Tb"); natoms.push_back( 163 elements.push_back("Tb"); natoms.push_back(13);
166 elements.push_back("Yb"); natoms.push_back( 164 elements.push_back("Yb"); natoms.push_back(15);
167 elements.push_back("Lu"); natoms.push_back( 165 elements.push_back("Lu"); natoms.push_back(2);
168 elements.push_back("Ta"); natoms.push_back( 166 elements.push_back("Ta"); natoms.push_back(15);
169 elements.push_back("Hf"); natoms.push_back( 167 elements.push_back("Hf"); natoms.push_back(62);
170 168
171 //tot 28114/10e7 weight: 2335253.28 g per 1 169 //tot 28114/10e7 weight: 2335253.28 g per 10e6 moles
172 170
173 G4Material* madaBasaltTraces= nistMan->Const 171 G4Material* madaBasaltTraces= nistMan->ConstructNewMaterial("MadaBasaltTraces", elements, natoms, density);
174 elements.clear(); 172 elements.clear();
175 natoms.clear(); 173 natoms.clear();
176 174
177 // Define Madacagascar Basalt complete mater 175 // Define Madacagascar Basalt complete material 0054.PP.0044 sample
178 density = 3*g/cm3; 176 density = 3*g/cm3;
179 177
180 madaBasalt= new G4Material("MadaBasalt", den 178 madaBasalt= new G4Material("MadaBasalt", density, 2);
181 madaBasalt->AddMaterial(madaBasaltMain, 0 179 madaBasalt->AddMaterial(madaBasaltMain, 0.9897);
182 madaBasalt->AddMaterial(madaBasaltTraces, 0 180 madaBasalt->AddMaterial(madaBasaltTraces, 0.0103);
183 181
184 182
185 183
186 /////////////////////////////////////////// 184 ///////////////////////////////////////////
187 // Iceland Basalt 0029.PP.0035 sample // 185 // Iceland Basalt 0029.PP.0035 sample //
188 /////////////////////////////////////////// 186 ///////////////////////////////////////////
189 187
190 elements.push_back("Si"); fractionMass.push 188 elements.push_back("Si"); fractionMass.push_back(0.2313);
191 elements.push_back("Ti"); fractionMass.push 189 elements.push_back("Ti"); fractionMass.push_back(0.0127);
192 elements.push_back("Al"); fractionMass.push 190 elements.push_back("Al"); fractionMass.push_back(0.0702);
193 elements.push_back("Fe"); fractionMass.push 191 elements.push_back("Fe"); fractionMass.push_back(0.1134);
194 elements.push_back("Mn"); fractionMass.push 192 elements.push_back("Mn"); fractionMass.push_back(0.0019);
195 elements.push_back("Mg"); fractionMass.push 193 elements.push_back("Mg"); fractionMass.push_back(0.0349);
196 elements.push_back("Ca"); fractionMass.push 194 elements.push_back("Ca"); fractionMass.push_back(0.0756);
197 elements.push_back("Na"); fractionMass.push 195 elements.push_back("Na"); fractionMass.push_back(0.0892);
198 elements.push_back("K"); fractionMass.push 196 elements.push_back("K"); fractionMass.push_back(0.0032);
199 elements.push_back("P"); fractionMass.push 197 elements.push_back("P"); fractionMass.push_back(0.00096);
200 elements.push_back("S"); fractionMass.push 198 elements.push_back("S"); fractionMass.push_back(0.0004);
201 elements.push_back("O"); fractionMass.push 199 elements.push_back("O"); fractionMass.push_back(0.36624);
202 200
203 // Define Icelandic Basalt main components 201 // Define Icelandic Basalt main components 0029.PP.0035 sample
204 density = 3*g/cm3; 202 density = 3*g/cm3;
205 G4Material* icelandicBasaltMain= nistMan->Co 203 G4Material* icelandicBasaltMain= nistMan->ConstructNewMaterial("IceBasaltMain",elements, fractionMass, density);
206 elements.clear(); <<
207 fractionMass.clear(); <<
208 204
209 // Define Icelandic Basalt traces components 205 // Define Icelandic Basalt traces components 0029.PP.0035 sample
210 density = 3*g/cm3; 206 density = 3*g/cm3;
211 207
212 elements.push_back("Ba"); natoms.push_back( 208 elements.push_back("Ba"); natoms.push_back(756);
213 elements.push_back("Ce"); natoms.push_back( 209 elements.push_back("Ce"); natoms.push_back(328);
214 elements.push_back("Co"); natoms.push_back( 210 elements.push_back("Co"); natoms.push_back(643);
215 elements.push_back("Cr"); natoms.push_back( 211 elements.push_back("Cr"); natoms.push_back(1000);
216 elements.push_back("Cu"); natoms.push_back( 212 elements.push_back("Cu"); natoms.push_back(1396);
217 elements.push_back("Ga"); natoms.push_back( 213 elements.push_back("Ga"); natoms.push_back(190);
218 elements.push_back("La"); natoms.push_back( 214 elements.push_back("La"); natoms.push_back(103);
219 elements.push_back("Mo"); natoms.push_back( 215 elements.push_back("Mo"); natoms.push_back(9);
220 elements.push_back("Nb"); natoms.push_back( 216 elements.push_back("Nb"); natoms.push_back(114);
221 elements.push_back("Nd"); natoms.push_back( 217 elements.push_back("Nd"); natoms.push_back(104);
222 elements.push_back("Ni"); natoms.push_back( 218 elements.push_back("Ni"); natoms.push_back(544);
223 elements.push_back("Rb"); natoms.push_back( 219 elements.push_back("Rb"); natoms.push_back(78);
224 elements.push_back("S"); natoms.push_back( 220 elements.push_back("S"); natoms.push_back(5550);
225 elements.push_back("Sc"); natoms.push_back( 221 elements.push_back("Sc"); natoms.push_back(531);
226 elements.push_back("Sr"); natoms.push_back( 222 elements.push_back("Sr"); natoms.push_back(1353);
227 elements.push_back("U"); natoms.push_back( 223 elements.push_back("U"); natoms.push_back(22);
228 elements.push_back("V"); natoms.push_back( 224 elements.push_back("V"); natoms.push_back(4533);
229 elements.push_back("Y"); natoms.push_back( 225 elements.push_back("Y"); natoms.push_back(408);
230 elements.push_back("Zn"); natoms.push_back( 226 elements.push_back("Zn"); natoms.push_back(1259);
231 elements.push_back("Zr"); natoms.push_back( 227 elements.push_back("Zr"); natoms.push_back(1274);
232 228
233 G4Material* icelandicBasaltTraces= nistMan-> 229 G4Material* icelandicBasaltTraces= nistMan->ConstructNewMaterial("IceBasaltTraces", elements, natoms, density);
234 230
235 elements.clear(); 231 elements.clear();
236 natoms.clear(); 232 natoms.clear();
237 233
238 // Define Icelandic Basalt complete material 234 // Define Icelandic Basalt complete material 0029.PP.0035 sample
239 density = 3*g/cm3; 235 density = 3*g/cm3;
240 icelandicBasalt= new G4Material("IceBasalt", 236 icelandicBasalt= new G4Material("IceBasalt", density, 2);
241 icelandicBasalt->AddMaterial(icelandicBasalt 237 icelandicBasalt->AddMaterial(icelandicBasaltMain, 0.9978);
242 icelandicBasalt->AddMaterial(icelandicBasalt 238 icelandicBasalt->AddMaterial(icelandicBasaltTraces, 0.0022);
243 239
244 240
245 /////////////////////// 241 ///////////////////////
246 // Dolorite // 242 // Dolorite //
247 /////////////////////// 243 ///////////////////////
248 244
249 // Define dolorite main components 0055.PP.0 245 // Define dolorite main components 0055.PP.0038 sample
250 246
251 density = 3*g/cm3; 247 density = 3*g/cm3;
252 248
253 elements.push_back("Fe"); fractionMass.pu 249 elements.push_back("Fe"); fractionMass.push_back(0.1750);
254 elements.push_back("Ti"); fractionMass.pu 250 elements.push_back("Ti"); fractionMass.push_back(0.0082);
255 elements.push_back("Ca"); fractionMass.pu 251 elements.push_back("Ca"); fractionMass.push_back(0.0753);
256 elements.push_back("Si"); fractionMass.pu 252 elements.push_back("Si"); fractionMass.push_back(0.2188);
257 elements.push_back("Al"); fractionMass.pu 253 elements.push_back("Al"); fractionMass.push_back(0.0676);
258 elements.push_back("Mg"); fractionMass.pu 254 elements.push_back("Mg"); fractionMass.push_back(0.0008);
259 elements.push_back("O"); fractionMass.pu 255 elements.push_back("O"); fractionMass.push_back(0.4377);
260 elements.push_back("Mn"); fractionMass.pu 256 elements.push_back("Mn"); fractionMass.push_back(0.0015);
261 elements.push_back("Na"); fractionMass.pu 257 elements.push_back("Na"); fractionMass.push_back(0.0134);
262 elements.push_back("K"); fractionMass.pu 258 elements.push_back("K"); fractionMass.push_back(0.0011);
263 elements.push_back("P"); fractionMass.pu 259 elements.push_back("P"); fractionMass.push_back(0.0006);
264 260
265 261
266 G4Material* doloriteMain = nistMan->Construc << 262 G4Material* dolorite = nistMan->ConstructNewMaterial("Dolorite", elements, fractionMass, density);
267 263
268 elements.clear(); 264 elements.clear();
269 fractionMass.clear(); << 265 natoms.clear();
270 266
271 // define traces in dolorite 0055.PP.0038 sa 267 // define traces in dolorite 0055.PP.0038 sample
272 268
273 density = 3*g/cm3; 269 density = 3*g/cm3;
274 270
275 elements.push_back("Nb"); natoms.push_bac 271 elements.push_back("Nb"); natoms.push_back(5);
276 elements.push_back("Zr"); natoms.push_bac 272 elements.push_back("Zr"); natoms.push_back(91);
277 elements.push_back("Y"); natoms.push_bac 273 elements.push_back("Y"); natoms.push_back(29);
278 elements.push_back("Sr"); natoms.push_bac 274 elements.push_back("Sr"); natoms.push_back(140);
279 elements.push_back("Rb"); natoms.push_bac 275 elements.push_back("Rb"); natoms.push_back(3);
280 elements.push_back("Ga"); natoms.push_bac 276 elements.push_back("Ga"); natoms.push_back(20);
281 elements.push_back("Zn"); natoms.push_bac 277 elements.push_back("Zn"); natoms.push_back(99);
282 elements.push_back("Ni"); natoms.push_bac 278 elements.push_back("Ni"); natoms.push_back(77);
283 elements.push_back("Sc"); natoms.push_bac 279 elements.push_back("Sc"); natoms.push_back(32);
284 elements.push_back("V"); natoms.push_bac 280 elements.push_back("V"); natoms.push_back(314);
285 elements.push_back("Cr"); natoms.push_bac 281 elements.push_back("Cr"); natoms.push_back(130);
286 elements.push_back("Co"); natoms.push_bac 282 elements.push_back("Co"); natoms.push_back(56);
287 elements.push_back("Cu"); natoms.push_bac 283 elements.push_back("Cu"); natoms.push_back(119);
288 elements.push_back("Ba"); natoms.push_bac 284 elements.push_back("Ba"); natoms.push_back(38);
289 elements.push_back("Ce"); natoms.push_bac 285 elements.push_back("Ce"); natoms.push_back(15);
290 elements.push_back("Nd"); natoms.push_bac 286 elements.push_back("Nd"); natoms.push_back(9);
291 287
292 G4Material* tracesOfDolorite= nistMan->Const 288 G4Material* tracesOfDolorite= nistMan->ConstructNewMaterial("TracesOfDolorite", elements, natoms, density);
293 289
294 elements.clear(); 290 elements.clear();
295 natoms.clear(); 291 natoms.clear();
296 292
297 // define dolorite (full) -- 0055.PP.0038 s 293 // define dolorite (full) -- 0055.PP.0038 sample
298 294
299 density = 3*g/cm3; 295 density = 3*g/cm3;
300 dolorite = new G4Material("Dolorite", densit 296 dolorite = new G4Material("Dolorite", density, 2);
301 dolorite->AddMaterial(tracesOfDolorite, 0.00 297 dolorite->AddMaterial(tracesOfDolorite, 0.0027842352);
302 dolorite->AddMaterial(doloriteMain, 0.997215 << 298 dolorite->AddMaterial(dolorite, 0.9972157648);
303 299
304 /////////////////////// 300 ///////////////////////
305 // Mars1 // 301 // Mars1 //
306 /////////////////////// 302 ///////////////////////
307 303
308 304
309 // define mars1 -- 01.PP.0030 sample 305 // define mars1 -- 01.PP.0030 sample
310 306
311 density = 3*g/cm3; 307 density = 3*g/cm3;
312 308
313 elements.push_back("Fe"); fractionMass.pu 309 elements.push_back("Fe"); fractionMass.push_back(0.100916);
314 elements.push_back("Ti"); fractionMass.pu 310 elements.push_back("Ti"); fractionMass.push_back(0.0186804);
315 elements.push_back("Ca"); fractionMass.pu 311 elements.push_back("Ca"); fractionMass.push_back(0.0404091);
316 elements.push_back("Si"); fractionMass.pu 312 elements.push_back("Si"); fractionMass.push_back(0.196378);
317 elements.push_back("Al"); fractionMass.pu 313 elements.push_back("Al"); fractionMass.push_back(0.103282);
318 elements.push_back("Mg"); fractionMass.pu 314 elements.push_back("Mg"); fractionMass.push_back(0.0241622);
319 elements.push_back("Mn"); fractionMass.pu 315 elements.push_back("Mn"); fractionMass.push_back(0.00184331);
320 elements.push_back("Na"); fractionMass.pu 316 elements.push_back("Na"); fractionMass.push_back(0.0177908);
321 elements.push_back("K"); fractionMass.pu 317 elements.push_back("K"); fractionMass.push_back(0.00574498);
322 elements.push_back("P"); fractionMass.pu 318 elements.push_back("P"); fractionMass.push_back(0.00280169);
323 elements.push_back("O"); fractionMass.pu 319 elements.push_back("O"); fractionMass.push_back(0.48799152);
324 320
325 321
326 G4Material* mars1Main = nistMan->ConstructNe 322 G4Material* mars1Main = nistMan->ConstructNewMaterial("Mars1 Main components", elements, fractionMass, density);
327 323
328 elements.clear(); 324 elements.clear();
329 fractionMass.clear(); 325 fractionMass.clear();
330 326
331 elements.push_back("Nb"); natoms.push_bac 327 elements.push_back("Nb"); natoms.push_back(55);
332 elements.push_back("Zr"); natoms.push_bac 328 elements.push_back("Zr"); natoms.push_back(433);
333 elements.push_back("Y"); natoms.push_bac 329 elements.push_back("Y"); natoms.push_back(58);
334 elements.push_back("Sr"); natoms.push_bac 330 elements.push_back("Sr"); natoms.push_back(968);
335 elements.push_back("Rb"); natoms.push_bac 331 elements.push_back("Rb"); natoms.push_back(16);
336 elements.push_back("Ga"); natoms.push_bac 332 elements.push_back("Ga"); natoms.push_back(24);
337 elements.push_back("Zn"); natoms.push_bac 333 elements.push_back("Zn"); natoms.push_back(109);
338 elements.push_back("Ni"); natoms.push_bac 334 elements.push_back("Ni"); natoms.push_back(70);
339 elements.push_back("Sc"); natoms.push_bac 335 elements.push_back("Sc"); natoms.push_back(21);
340 elements.push_back("V"); natoms.push_bac 336 elements.push_back("V"); natoms.push_back(134);
341 elements.push_back("Cr"); natoms.push_bac 337 elements.push_back("Cr"); natoms.push_back(141);
342 elements.push_back("Co"); natoms.push_bac 338 elements.push_back("Co"); natoms.push_back(30);
343 elements.push_back("Cu"); natoms.push_bac 339 elements.push_back("Cu"); natoms.push_back(19);
344 elements.push_back("Ba"); natoms.push_bac 340 elements.push_back("Ba"); natoms.push_back(580);
345 elements.push_back("Pb"); natoms.push_bac 341 elements.push_back("Pb"); natoms.push_back(4);
346 elements.push_back("S"); natoms.push_bac 342 elements.push_back("S"); natoms.push_back(444);
347 elements.push_back("U"); natoms.push_bac 343 elements.push_back("U"); natoms.push_back(2);
348 344
349 density = 3*g/cm3; 345 density = 3*g/cm3;
350 G4Material* tracesOfMars1 = nistMan->Constru 346 G4Material* tracesOfMars1 = nistMan->ConstructNewMaterial("TracesOfMars1", elements, natoms, density);
351 347
352 elements.clear(); 348 elements.clear();
353 natoms.clear(); 349 natoms.clear();
354 350
355 density = 3*g/cm3; 351 density = 3*g/cm3;
356 mars1 = new G4Material("Mars1", density, 2); 352 mars1 = new G4Material("Mars1", density, 2);
357 mars1->AddMaterial(tracesOfMars1, 0.00449631 353 mars1->AddMaterial(tracesOfMars1, 0.0044963163);
358 mars1->AddMaterial(mars1Main, 0.9955036837); 354 mars1->AddMaterial(mars1Main, 0.9955036837);
359 355
360 ///////////////////////////////// 356 /////////////////////////////////
361 // Hawaiian -- WD coposition // 357 // Hawaiian -- WD coposition //
362 ///////////////////////////////// 358 /////////////////////////////////
363 359
364 density = 3*g/cm3; 360 density = 3*g/cm3;
365 361
366 elements.push_back("Fe"); fractionMass.pu 362 elements.push_back("Fe"); fractionMass.push_back(1.1819860E-01);
367 elements.push_back("Ti"); fractionMass.pu 363 elements.push_back("Ti"); fractionMass.push_back(2.2781000E-02);
368 elements.push_back("Ca"); fractionMass.pu 364 elements.push_back("Ca"); fractionMass.push_back(4.5026100E-02);
369 elements.push_back("Si"); fractionMass.pu 365 elements.push_back("Si"); fractionMass.push_back(2.0518860E-01);
370 elements.push_back("Al"); fractionMass.pu 366 elements.push_back("Al"); fractionMass.push_back(1.3285430E-01);
371 elements.push_back("Mg"); fractionMass.pu 367 elements.push_back("Mg"); fractionMass.push_back(2.4120000E-03);
372 elements.push_back("Na"); fractionMass.pu 368 elements.push_back("Na"); fractionMass.push_back(2.2257000E-02);
373 elements.push_back("K"); fractionMass.pu 369 elements.push_back("K"); fractionMass.push_back(4.9812000E-03);
374 elements.push_back("O"); fractionMass.pu 370 elements.push_back("O"); fractionMass.push_back(4.4630120E-01);
375 371
376 hawaiianWD = nistMan->ConstructNewMaterial(" 372 hawaiianWD = nistMan->ConstructNewMaterial("HawaiianWD", elements, fractionMass, density);
377 373
378 elements.clear(); 374 elements.clear();
379 fractionMass.clear(); 375 fractionMass.clear();
380 376
381 ////////////////////////////////// 377 //////////////////////////////////
382 // Hawaiian -- RF composition // 378 // Hawaiian -- RF composition //
383 ////////////////////////////////// 379 //////////////////////////////////
384 380
385 density = 3*g/cm3; 381 density = 3*g/cm3;
386 382
387 383
388 elements.push_back("Fe"); fractionMass.pu 384 elements.push_back("Fe"); fractionMass.push_back(1.1120460E-01);
389 elements.push_back("Ti"); fractionMass.pu 385 elements.push_back("Ti"); fractionMass.push_back(2.1582000E-02);
390 elements.push_back("Ca"); fractionMass.pu 386 elements.push_back("Ca"); fractionMass.push_back(4.3596700E-02);
391 elements.push_back("Si"); fractionMass.pu 387 elements.push_back("Si"); fractionMass.push_back(2.1313440E-01);
392 elements.push_back("Al"); fractionMass.pu 388 elements.push_back("Al"); fractionMass.push_back(1.0374280E-01);
393 elements.push_back("Mg"); fractionMass.pu 389 elements.push_back("Mg"); fractionMass.push_back(1.9296000E-02);
394 elements.push_back("Na"); fractionMass.pu 390 elements.push_back("Na"); fractionMass.push_back(2.8192200E-02);
395 elements.push_back("K"); fractionMass.pu 391 elements.push_back("K"); fractionMass.push_back(5.8114000E-03);
396 elements.push_back("P"); fractionMass.pu 392 elements.push_back("P"); fractionMass.push_back(4.8004000E-03);
397 elements.push_back("Mn"); fractionMass.pu 393 elements.push_back("Mn"); fractionMass.push_back(2.3235000E-03);
398 elements.push_back("O"); fractionMass.pu 394 elements.push_back("O"); fractionMass.push_back(4.4531600E-01);
399 395
400 hawaiianRF = nistMan->ConstructNewMaterial(" 396 hawaiianRF = nistMan->ConstructNewMaterial("HawaiianRF", elements, fractionMass, density);
401 397
402 elements.clear(); 398 elements.clear();
403 fractionMass.clear(); 399 fractionMass.clear();
404 400
405 ////////////////////////////////// 401 //////////////////////////////////
406 // Icelandic -- WD composition // 402 // Icelandic -- WD composition //
407 ////////////////////////////////// 403 //////////////////////////////////
408 404
409 density = 3*g/cm3; 405 density = 3*g/cm3;
410 406
411 407
412 elements.push_back("Si"); fractionMass.pu 408 elements.push_back("Si"); fractionMass.push_back(2.2949340E-01);
413 elements.push_back("Ti"); fractionMass.pu 409 elements.push_back("Ti"); fractionMass.push_back(1.1990000E-02);
414 elements.push_back("Al"); fractionMass.pu 410 elements.push_back("Al"); fractionMass.push_back(7.0396900E-02);
415 elements.push_back("Fe"); fractionMass.pu 411 elements.push_back("Fe"); fractionMass.push_back(1.1330280E-01);
416 elements.push_back("Mg"); fractionMass.pu 412 elements.push_back("Mg"); fractionMass.push_back(3.4974000E-02);
417 elements.push_back("Ca"); fractionMass.pu 413 elements.push_back("Ca"); fractionMass.push_back(7.5758200E-02);
418 elements.push_back("Na"); fractionMass.pu 414 elements.push_back("Na"); fractionMass.push_back(1.8547500E-02);
419 elements.push_back("K"); fractionMass.pu 415 elements.push_back("K"); fractionMass.push_back(3.3208000E-03);
420 elements.push_back("O"); fractionMass.pu 416 elements.push_back("O"); fractionMass.push_back(4.4121640E-01);
421 417
422 icelandicWD = nistMan->ConstructNewMaterial( 418 icelandicWD = nistMan->ConstructNewMaterial("IcelandicWD", elements, fractionMass, density);
423 419
424 elements.clear(); 420 elements.clear();
425 fractionMass.clear(); 421 fractionMass.clear();
426 422
427 423
428 ////////////////////////////////// 424 //////////////////////////////////
429 // Icelandic -- RF composition // 425 // Icelandic -- RF composition //
430 ////////////////////////////////// 426 //////////////////////////////////
431 427
432 density = 3*g/cm3; 428 density = 3*g/cm3;
433 429
434 430
435 elements.push_back("Si"); fractionMass.pu 431 elements.push_back("Si"); fractionMass.push_back(2.4304800E-01);
436 elements.push_back("Ti"); fractionMass.pu 432 elements.push_back("Ti"); fractionMass.push_back(1.3788500E-02);
437 elements.push_back("Al"); fractionMass.pu 433 elements.push_back("Al"); fractionMass.push_back(6.5103900E-02);
438 elements.push_back("Fe"); fractionMass.pu 434 elements.push_back("Fe"); fractionMass.push_back(1.1819860E-01);
439 elements.push_back("Mn"); fractionMass.pu 435 elements.push_back("Mn"); fractionMass.push_back(2.3235000E-03);
440 elements.push_back("Mg"); fractionMass.pu 436 elements.push_back("Mg"); fractionMass.push_back(2.3517000E-02);
441 elements.push_back("Ca"); fractionMass.pu 437 elements.push_back("Ca"); fractionMass.push_back(8.2190500E-02);
442 elements.push_back("K"); fractionMass.pu 438 elements.push_back("K"); fractionMass.push_back(3.3208000E-03);
443 elements.push_back("P"); fractionMass.pu 439 elements.push_back("P"); fractionMass.push_back(1.3092000E-03);
444 elements.push_back("O"); fractionMass.pu 440 elements.push_back("O"); fractionMass.push_back(4.4620000E-01);
445 441
446 icelandicRF = nistMan->ConstructNewMaterial( 442 icelandicRF = nistMan->ConstructNewMaterial("IcelandicRF", elements, fractionMass, density);
447 443
448 elements.clear(); 444 elements.clear();
449 fractionMass.clear(); 445 fractionMass.clear();
450 446
451 ////////////////////////////////// 447 //////////////////////////////////
452 // Gabbro -- WD composition // 448 // Gabbro -- WD composition //
453 ////////////////////////////////// 449 //////////////////////////////////
454 450
455 density = 3*g/cm3; 451 density = 3*g/cm3;
456 452
457 elements.push_back("Si"); fractionMass.pu 453 elements.push_back("Si"); fractionMass.push_back(1.8696000E-01);
458 elements.push_back("Ti"); fractionMass.pu 454 elements.push_back("Ti"); fractionMass.push_back(2.3380500E-02);
459 elements.push_back("Al"); fractionMass.pu 455 elements.push_back("Al"); fractionMass.push_back(4.6049100E-02);
460 elements.push_back("Fe"); fractionMass.pu 456 elements.push_back("Fe"); fractionMass.push_back(1.2239500E-01);
461 elements.push_back("Mg"); fractionMass.pu 457 elements.push_back("Mg"); fractionMass.push_back(8.3817000E-02);
462 elements.push_back("Ca"); fractionMass.pu 458 elements.push_back("Ca"); fractionMass.push_back(1.0720500E-01);
463 elements.push_back("Na"); fractionMass.pu 459 elements.push_back("Na"); fractionMass.push_back(5.9352000E-03);
464 elements.push_back("K"); fractionMass.pu 460 elements.push_back("K"); fractionMass.push_back(1.6604000E-03);
465 elements.push_back("O"); fractionMass.pu 461 elements.push_back("O"); fractionMass.push_back(4.2259780E-01);
466 462
467 gabbroWD = nistMan->ConstructNewMaterial("Ga 463 gabbroWD = nistMan->ConstructNewMaterial("GabbroWD", elements, fractionMass, density);
468 464
469 elements.clear(); 465 elements.clear();
470 fractionMass.clear(); 466 fractionMass.clear();
471 467
472 ////////////////////////////////// 468 //////////////////////////////////
473 // Gabbro -- RF composition // 469 // Gabbro -- RF composition //
474 ////////////////////////////////// 470 //////////////////////////////////
475 471
476 density = 3*g/cm3; 472 density = 3*g/cm3;
477 473
478 474
479 elements.push_back("Si"); fractionMass.pu 475 elements.push_back("Si"); fractionMass.push_back(1.6826400E-01);
480 elements.push_back("Ti"); fractionMass.pu 476 elements.push_back("Ti"); fractionMass.push_back(2.2781000E-02);
481 elements.push_back("Al"); fractionMass.pu 477 elements.push_back("Al"); fractionMass.push_back(5.8223000E-02);
482 elements.push_back("Fe"); fractionMass.pu 478 elements.push_back("Fe"); fractionMass.push_back(1.2729080E-01);
483 elements.push_back("Mn"); fractionMass.pu 479 elements.push_back("Mn"); fractionMass.push_back(1.5490000E-03);
484 elements.push_back("Mg"); fractionMass.pu 480 elements.push_back("Mg"); fractionMass.push_back(8.3817000E-02);
485 elements.push_back("Ca"); fractionMass.pu 481 elements.push_back("Ca"); fractionMass.push_back(1.1721080E-01);
486 elements.push_back("Na"); fractionMass.pu 482 elements.push_back("Na"); fractionMass.push_back(0.0000000E+00);
487 elements.push_back("K"); fractionMass.pu 483 elements.push_back("K"); fractionMass.push_back(1.6604000E-03);
488 elements.push_back("P"); fractionMass.pu 484 elements.push_back("P"); fractionMass.push_back(1.7456000E-03);
489 elements.push_back("O"); fractionMass.pu 485 elements.push_back("O"); fractionMass.push_back(4.1845840E-01);
490 486
491 gabbroRF = nistMan->ConstructNewMaterial("Ga 487 gabbroRF = nistMan->ConstructNewMaterial("GabbroRF", elements, fractionMass, density);
492 488
493 elements.clear(); 489 elements.clear();
494 fractionMass.clear(); 490 fractionMass.clear();
495 491
496 492
497 /////////////////////// 493 ///////////////////////
498 // Anorthosite // 494 // Anorthosite //
499 /////////////////////// 495 ///////////////////////
500 496
501 497
502 density = 2.8*g/cm3; 498 density = 2.8*g/cm3;
503 499
504 elements.push_back("Fe"); fractionMass.pu 500 elements.push_back("Fe"); fractionMass.push_back(0.095283);
505 elements.push_back("Mn"); fractionMass.pu 501 elements.push_back("Mn"); fractionMass.push_back(0.00137086);
506 elements.push_back("Ni"); fractionMass.pu 502 elements.push_back("Ni"); fractionMass.push_back(5e-5);
507 elements.push_back("Cu"); fractionMass.pu 503 elements.push_back("Cu"); fractionMass.push_back(5.2e-4);
508 elements.push_back("Na"); fractionMass.pu 504 elements.push_back("Na"); fractionMass.push_back(0.017635);
509 elements.push_back("Mg"); fractionMass.pu 505 elements.push_back("Mg"); fractionMass.push_back(0.0245361);
510 elements.push_back("Al"); fractionMass.pu 506 elements.push_back("Al"); fractionMass.push_back(0.0800355);
511 elements.push_back("Si"); fractionMass.pu 507 elements.push_back("Si"); fractionMass.push_back(0.232204);
512 elements.push_back("Ca"); fractionMass.pu 508 elements.push_back("Ca"); fractionMass.push_back(0.0635368);
513 elements.push_back("K"); fractionMass.pu 509 elements.push_back("K"); fractionMass.push_back(0.00464912);
514 elements.push_back("C"); fractionMass.pu 510 elements.push_back("C"); fractionMass.push_back(0.000837803);
515 elements.push_back("P"); fractionMass.pu 511 elements.push_back("P"); fractionMass.push_back(0.00176742);
516 elements.push_back("Ti"); fractionMass.pu 512 elements.push_back("Ti"); fractionMass.push_back(0.0240879);
517 elements.push_back("Cl"); fractionMass.pu 513 elements.push_back("Cl"); fractionMass.push_back(0.00014);
518 elements.push_back("Pd"); fractionMass.pu 514 elements.push_back("Pd"); fractionMass.push_back(0.00001);
519 elements.push_back("Cd"); fractionMass.pu 515 elements.push_back("Cd"); fractionMass.push_back(0.00018);
520 elements.push_back("Ag"); fractionMass.pu 516 elements.push_back("Ag"); fractionMass.push_back(0.00048);
521 elements.push_back("S"); fractionMass.pu 517 elements.push_back("S"); fractionMass.push_back(0.00144);
522 elements.push_back("V"); fractionMass.pu 518 elements.push_back("V"); fractionMass.push_back(0.00228);
523 elements.push_back("Ba"); fractionMass.pu 519 elements.push_back("Ba"); fractionMass.push_back(0.00151);
524 elements.push_back("O"); fractionMass.pu 520 elements.push_back("O"); fractionMass.push_back(0.447026);
525 521
526 anorthosite = nistMan->ConstructNewMaterial( 522 anorthosite = nistMan->ConstructNewMaterial("Anorthosite", elements, fractionMass, density);
527 523
528 elements.clear(); 524 elements.clear();
529 fractionMass.clear(); 525 fractionMass.clear();
530 526
531 //////////////////////////////////////// 527 ////////////////////////////////////////
532 // Gabbro 0059.PP.0048 // 528 // Gabbro 0059.PP.0048 //
533 //////////////////////////////////////// 529 ////////////////////////////////////////
534 530
535 531
536 density = 3.0*g/cm3; 532 density = 3.0*g/cm3;
537 533
538 elements.push_back("Si"); fractionMass.pu 534 elements.push_back("Si"); fractionMass.push_back(1.8284688E-01);
539 elements.push_back("Ti"); fractionMass.pu 535 elements.push_back("Ti"); fractionMass.push_back(2.2601150E-02);
540 elements.push_back("Al"); fractionMass.pu 536 elements.push_back("Al"); fractionMass.push_back(4.4831710E-02);
541 elements.push_back("Fe"); fractionMass.pu 537 elements.push_back("Fe"); fractionMass.push_back(1.2578402E-01);
542 elements.push_back("Mn"); fractionMass.pu 538 elements.push_back("Mn"); fractionMass.push_back(1.3166500E-03);
543 elements.push_back("Mg"); fractionMass.pu 539 elements.push_back("Mg"); fractionMass.push_back(8.1706500E-02);
544 elements.push_back("Ca"); fractionMass.pu 540 elements.push_back("Ca"); fractionMass.push_back(1.0506090E-01);
545 elements.push_back("Na"); fractionMass.pu 541 elements.push_back("Na"); fractionMass.push_back(5.4900600E-03);
546 elements.push_back("K"); fractionMass.pu 542 elements.push_back("K"); fractionMass.push_back(1.4943600E-03);
547 elements.push_back("P"); fractionMass.pu 543 elements.push_back("P"); fractionMass.push_back(3.4912000E-04);
548 elements.push_back("O"); fractionMass.pu 544 elements.push_back("O"); fractionMass.push_back(4.0651865E-01);
549 545
550 gabbro = nistMan->ConstructNewMaterial("Gabb 546 gabbro = nistMan->ConstructNewMaterial("Gabbro", elements, fractionMass, density);
551 547
552 elements.clear(); 548 elements.clear();
553 fractionMass.clear(); 549 fractionMass.clear();
554 550
555 //define gallium arsenide 551 //define gallium arsenide
556 552
557 elements.push_back("Ga"); natoms.push_ba 553 elements.push_back("Ga"); natoms.push_back(1);
558 elements.push_back("As"); natoms.push_ba 554 elements.push_back("As"); natoms.push_back(1);
559 555
560 density = 5.32 * g/cm3; 556 density = 5.32 * g/cm3;
561 GaAs = nistMan->ConstructNewMaterial("galliu 557 GaAs = nistMan->ConstructNewMaterial("gallium arsenide", elements, natoms, density);
562 558
563 elements.clear(); 559 elements.clear();
564 natoms.clear(); 560 natoms.clear();
565 561
566 /* 562 /*
567 // define germanium 563 // define germanium
568 564
569 density = 5.32 * g/cm3; 565 density = 5.32 * g/cm3;
570 566
571 elements.push_back("Ge"); natoms.push_ba 567 elements.push_back("Ge"); natoms.push_back(1);
572 568
573 G4cout << elements[1] <<", "<<natoms[1] <<", 569 G4cout << elements[1] <<", "<<natoms[1] <<", " << elements.size() << ", " << natoms.size() << G4endl;
574 570
575 571
576 HPGe = nistMan->ConstructNewMaterial("High P 572 HPGe = nistMan->ConstructNewMaterial("High Purity Germanium",elements, natoms, density);
577 573
578 elements.clear(); 574 elements.clear();
579 natoms.clear(); 575 natoms.clear();
580 */ 576 */
581 //define scintillator 577 //define scintillator
582 578
583 elements.push_back("C"); natoms.push_bac 579 elements.push_back("C"); natoms.push_back(9);
584 elements.push_back("H"); natoms.push_bac 580 elements.push_back("H"); natoms.push_back(10);
585 581
586 density = 1.032*g/cm3; 582 density = 1.032*g/cm3;
587 Sci = nistMan->ConstructNewMaterial("Scintil 583 Sci = nistMan->ConstructNewMaterial("Scintillator", elements, natoms, density);
588 584
589 elements.clear(); 585 elements.clear();
590 natoms.clear(); 586 natoms.clear();
591 587
592 //define vacuum 588 //define vacuum
593 589
594 density = universe_mean_density; //fr 590 density = universe_mean_density; //from PhysicalConstants.h
595 G4double pressure = 3.e-18*pascal; 591 G4double pressure = 3.e-18*pascal;
596 G4double temperature = 2.73*kelvin; 592 G4double temperature = 2.73*kelvin;
597 Vacuum = new G4Material("Galactic", 1., 1.01 593 Vacuum = new G4Material("Galactic", 1., 1.01*g/mole, density,
598 kStateGas,temperature,pressure) 594 kStateGas,temperature,pressure);
599 595
600 elements.clear(); 596 elements.clear();
601 natoms.clear(); 597 natoms.clear();
602 598
603 //define basalt 599 //define basalt
604 density = 3.*g/cm3; 600 density = 3.*g/cm3;
605 601
606 elements.push_back("Fe"); fractionMass.p 602 elements.push_back("Fe"); fractionMass.push_back(0.1200);
607 elements.push_back("Ti"); fractionMass.p 603 elements.push_back("Ti"); fractionMass.push_back(0.0160);
608 elements.push_back("Ca"); fractionMass.p 604 elements.push_back("Ca"); fractionMass.push_back(0.0750);
609 elements.push_back("Si"); fractionMass.p 605 elements.push_back("Si"); fractionMass.push_back(0.2160);
610 elements.push_back("Al"); fractionMass.p 606 elements.push_back("Al"); fractionMass.push_back(0.0710);
611 elements.push_back("Mg"); fractionMass.p 607 elements.push_back("Mg"); fractionMass.push_back(0.0590);
612 elements.push_back("O"); fractionMass.p 608 elements.push_back("O"); fractionMass.push_back(0.4430);
613 609
614 basalt = nistMan->ConstructNewMaterial("Basa 610 basalt = nistMan->ConstructNewMaterial("Basalt", elements, fractionMass, density);
615 611
616 elements.clear(); 612 elements.clear();
617 fractionMass.clear(); 613 fractionMass.clear();
618 614
619 615
620 // define silicon 616 // define silicon
621 617
622 density = 2330*kg/m3; 618 density = 2330*kg/m3;
623 619
624 // workaround for a problem in nistMan: it d 620 // workaround for a problem in nistMan: it doesn't like material with a single element.
625 621
626 elements.push_back("Si"); natoms.push_ 622 elements.push_back("Si"); natoms.push_back(1);
627 elements.push_back("Si"); natoms.push_ 623 elements.push_back("Si"); natoms.push_back(1);
628 624
629 SiLi = nistMan->ConstructNewMaterial("SiLi", 625 SiLi = nistMan->ConstructNewMaterial("SiLi",elements, natoms, density);
630 626
631 elements.clear(); 627 elements.clear();
632 natoms.clear(); 628 natoms.clear();
633 629
634 630
635 // define copper 631 // define copper
636 632
637 density = 8920*kg/m3; 633 density = 8920*kg/m3;
638 634
639 // workaround for a problem in nistMan: it d 635 // workaround for a problem in nistMan: it doesn't like material with a single element.
640 elements.push_back("Cu"); natoms.push_ 636 elements.push_back("Cu"); natoms.push_back(1);
641 elements.push_back("Cu"); natoms.push_ 637 elements.push_back("Cu"); natoms.push_back(1);
642 638
643 copper = nistMan->ConstructNewMaterial("Cu", 639 copper = nistMan->ConstructNewMaterial("Cu",elements, natoms, density);
644 640
645 elements.clear(); 641 elements.clear();
646 natoms.clear(); 642 natoms.clear();
647 /* <<
648 // define nikel <<
649 <<
650 density = 8908*kg/m3; <<
651 <<
652 // workaround for a problem in nistMan: it d <<
653 elements.push_back("Ni"); natoms.push_ <<
654 elements.push_back("Ni"); natoms.push_ <<
655 <<
656 nickel = nistMan->ConstructNewMaterial("Nick <<
657 */ <<
658 elements.clear(); <<
659 natoms.clear(); <<
660 <<
661 <<
662 643
663 G4cout << *(G4Material::GetMaterialTable()) 644 G4cout << *(G4Material::GetMaterialTable()) << G4endl;
664 } 645 }
665 646
666 647