List of default AgML materials and mixtures. To get a complete list of all materials defined in a geometry, execute AgMaterial::List() in ROOT, once the geometry has been created.
[-] Hydrogen: a= 1.01 z= 1 dens= 0.071 radl= 865 absl= 790 isvol= <unset> nelem= 1
[-] Deuterium: a= 2.01 z= 1 dens= 0.162 radl= 757 absl= 342 isvol= <unset> nelem= 1
[-] Helium: a= 4 z= 2 dens= 0.125 radl= 755 absl= 478 isvol= <unset> nelem= 1
[-] Lithium: a= 6.94 z= 3 dens= 0.534 radl= 155 absl= 121 isvol= <unset> nelem= 1
[-] Berillium: a= 9.01 z= 4 dens= 1.848 radl= 35.3 absl= 36.7 isvol= <unset> nelem= 1
[-] Carbon: a= 12.01 z= 6 dens= 2.265 radl= 18.8 absl= 49.9 isvol= <unset> nelem= 1
[-] Nitrogen: a= 14.01 z= 7 dens= 0.808 radl= 44.5 absl= 99.4 isvol= <unset> nelem= 1
[-] Neon: a= 20.18 z= 10 dens= 1.207 radl= 24 absl= 74.9 isvol= <unset> nelem= 1
[-] Aluminium: a= 26.98 z= 13 dens= 2.7 radl= 8.9 absl= 37.2 isvol= <unset> nelem= 1
[-] Iron: a= 55.85 z= 26 dens= 7.87 radl= 1.76 absl= 17.1 isvol= <unset> nelem= 1
[-] Copper: a= 63.54 z= 29 dens= 8.96 radl= 1.43 absl= 14.8 isvol= <unset> nelem= 1
[-] Tungsten: a= 183.85 z= 74 dens= 19.3 radl= 0.35 absl= 10.3 isvol= <unset> nelem= 1
[-] Lead: a= 207.19 z= 82 dens= 11.35 radl= 0.56 absl= 18.5 isvol= <unset> nelem= 1
[-] Uranium: a= 238.03 z= 92 dens= 18.95 radl= 0.32 absl= 12 isvol= <unset> nelem= 1
[-] Air: a= 14.61 z= 7.3 dens= 0.001205 radl= 30400 absl= 67500 isvol= <unset> nelem= 1
[-] Vacuum: a= 14.61 z= 7.3 dens= 1e-06 radl= 3.04e+07 absl= 6.75e+07 isvol= <unset> nelem= 1
[-] Silicon: a= 28.09 z= 14 dens= 2.33 radl= 9.36 absl= 45.5 isvol= <unset> nelem= 1
[-] Argon_gas: a= 39.95 z= 18 dens= 0.002 radl= 11800 absl= 70700 isvol= <unset> nelem= 1
[-] Nitrogen_gas: a= 14.01 z= 7 dens= 0.001 radl= 32600 absl= 75400 isvol= <unset> nelem= 1
[-] Oxygen_gas: a= 16 z= 8 dens= 0.001 radl= 23900 absl= 67500 isvol= <unset> nelem= 1
[-] Polystyren: a= 11.153 z= 5.615 dens= 1.032 radl= <unset> absl= <unset> isvol= <unset> nelem= 2
A Z W
C 12.000 6.000 0.923
H 1.000 1.000 0.077
[-] Polyethylene: a= 10.427 z= 5.285 dens= 0.93 radl= <unset> absl= <unset> isvol= <unset> nelem= 2
A Z W
C 12.000 6.000 0.857
H 1.000 1.000 0.143
[-] Mylar: a= 12.87 z= 6.456 dens= 1.39 radl= <unset> absl= <unset> isvol= <unset> nelem= 3
A Z W
C 12.000 6.000 0.625
H 1.000 1.000 0.042
O 16.000 8.000 0.333