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carcinogens

Input interpretation

chemical carcinogens
chemical carcinogens

Members

ethylene oxide | 1, 3-butadiene | nickel | vinyl chloride | benzene | chloromethyl methyl ether | bis(chloromethyl)ether | 2-naphthylamine | mustard gas | 4-aminodiphenyl | phenacetin | thiotepa | radon | cyclophosphamide | thorium(IV) oxide | diethylstilbestrol | azathioprine | chlorambucil | melphalan | aflatoxin | tamoxifen | cyclosporin A (total: 22)
ethylene oxide | 1, 3-butadiene | nickel | vinyl chloride | benzene | chloromethyl methyl ether | bis(chloromethyl)ether | 2-naphthylamine | mustard gas | 4-aminodiphenyl | phenacetin | thiotepa | radon | cyclophosphamide | thorium(IV) oxide | diethylstilbestrol | azathioprine | chlorambucil | melphalan | aflatoxin | tamoxifen | cyclosporin A (total: 22)

Basic properties

molar mass | median | 184.22 g/mol  | highest | 1202.6 g/mol (cyclosporin A)  | lowest | 44.053 g/mol (ethylene oxide)  | distribution |  melting point | median | 55 °C  | highest | 3390 °C (thorium(IV) oxide)  | lowest | -153.8 °C (vinyl chloride)  | distribution |  boiling point | median | 270 °C  | highest | 4400 °C (thorium(IV) oxide)  | lowest | -61.7 °C (radon)  | distribution |  density | median | 1.061 g/cm^3  | highest | 10 g/cm^3 (thorium(IV) oxide)  | lowest | 0.00973 g/cm^3 (radon)  | distribution |
molar mass | median | 184.22 g/mol | highest | 1202.6 g/mol (cyclosporin A) | lowest | 44.053 g/mol (ethylene oxide) | distribution | melting point | median | 55 °C | highest | 3390 °C (thorium(IV) oxide) | lowest | -153.8 °C (vinyl chloride) | distribution | boiling point | median | 270 °C | highest | 4400 °C (thorium(IV) oxide) | lowest | -61.7 °C (radon) | distribution | density | median | 1.061 g/cm^3 | highest | 10 g/cm^3 (thorium(IV) oxide) | lowest | 0.00973 g/cm^3 (radon) | distribution |

Units