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abelsonite vs guanine

Input interpretation

abelsonite (mineral) | guanine (mineral)
abelsonite (mineral) | guanine (mineral)

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General properties

 | abelsonite | guanine alternate names | nickel porphyrin | (none) formula | Ni^(2+)C_31H_32N_4 | C_5H_3(NH_2)N_4O discovery year | 1978 | 1844
| abelsonite | guanine alternate names | nickel porphyrin | (none) formula | Ni^(2+)C_31H_32N_4 | C_5H_3(NH_2)N_4O discovery year | 1978 | 1844

Basic properties

 | abelsonite | guanine density | 1.45 g/cm^3 | 1.485 g/cm^3 transparency | translucent |  luster | adamantine | submetallic |  Mohs hardness | 2.25 | 3/2 streak | pink | white magnetism | nonmagnetic | nonmagnetic color | pinkish red | purple | reddish brown | white fracture | fragile |  molar mass | 519.3 g/mol | 151.1 g/mol
| abelsonite | guanine density | 1.45 g/cm^3 | 1.485 g/cm^3 transparency | translucent | luster | adamantine | submetallic | Mohs hardness | 2.25 | 3/2 streak | pink | white magnetism | nonmagnetic | nonmagnetic color | pinkish red | purple | reddish brown | white fracture | fragile | molar mass | 519.3 g/mol | 151.1 g/mol

Units

Mineral identifiers

 | abelsonite | guanine Strunz ID | IX/A.02-60 | IX/D.01-50 Dana ID | 50.4.9.1 | 50.4.5.1 IMA number | IMA1975-013 | IMA1973-056
| abelsonite | guanine Strunz ID | IX/A.02-60 | IX/D.01-50 Dana ID | 50.4.9.1 | 50.4.5.1 IMA number | IMA1975-013 | IMA1973-056

Crystallographic properties

 | abelsonite | guanine crystal system | triclinic | monoclinic crystal class | 1 | -1 | 2/m unit cell volume | 615 Å^3 (cubic ångströms) | 673.9 Å^3 (cubic ångströms) d-spacing | 10.9 Å (ångströms) | 3.77 Å (ångströms) | 7.63 Å (ångströms) | 3.22 Å (ångströms) | 6.32 Å (ångströms) | 3.53 Å (ångströms) intensity | 100% | 80% | 50% | 100% | 70% | 50% molecules per unit cell | 1 molecule per cell | 4 molecules per cell unit cell lengths | 8.44 Å (ångströms) | 11.12 Å (ångströms) | 7.28 Å (ångströms) | 16.51 Å (ångströms) | 11.28 Å (ångströms) | 3.645 Å (ångströms) unit cell angles | 90.83° (degrees) | 113.8° (degrees) | 79.57° (degrees) | 90° (degrees) | 96.8° (degrees) | 90° (degrees)
| abelsonite | guanine crystal system | triclinic | monoclinic crystal class | 1 | -1 | 2/m unit cell volume | 615 Å^3 (cubic ångströms) | 673.9 Å^3 (cubic ångströms) d-spacing | 10.9 Å (ångströms) | 3.77 Å (ångströms) | 7.63 Å (ångströms) | 3.22 Å (ångströms) | 6.32 Å (ångströms) | 3.53 Å (ångströms) intensity | 100% | 80% | 50% | 100% | 70% | 50% molecules per unit cell | 1 molecule per cell | 4 molecules per cell unit cell lengths | 8.44 Å (ångströms) | 11.12 Å (ångströms) | 7.28 Å (ångströms) | 16.51 Å (ångströms) | 11.28 Å (ångströms) | 3.645 Å (ångströms) unit cell angles | 90.83° (degrees) | 113.8° (degrees) | 79.57° (degrees) | 90° (degrees) | 96.8° (degrees) | 90° (degrees)

Wikipedia summary

Abelsonite

Abelsonite is a nickel porphyrin mineral with chemical formula C_31H_32N_4Ni. It was discovered in 1969 in the U.S. State of Utah and described in 1975. The mineral is named after geochemist Philip H. Abelson. It is the only known crystalline geoporphyrin.
Abelsonite is a nickel porphyrin mineral with chemical formula C_31H_32N_4Ni. It was discovered in 1969 in the U.S. State of Utah and described in 1975. The mineral is named after geochemist Philip H. Abelson. It is the only known crystalline geoporphyrin.