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top 10 chemicals by refractive index

Input interpretation

top 10 chemicals | by refractive index
top 10 chemicals | by refractive index

Result

1 | lead(II) selenide | 4.784 |  2 | silver telluride | 3.4 |  3 | olanzapine | 3.3 |  4 | gallium phosphide | 3.161 |  5 | indium phosphide | 3.1551 |  6 | silicon carbide | 2.697 |  7 | titanium(IV) oxide (rutile) | 2.5837 |  8 | indium nitride | 2.5 |  9 | cadmium oxide | 2.49 |  10 | (R)-(-)-ethyl nipecotate | 2.457 |
1 | lead(II) selenide | 4.784 | 2 | silver telluride | 3.4 | 3 | olanzapine | 3.3 | 4 | gallium phosphide | 3.161 | 5 | indium phosphide | 3.1551 | 6 | silicon carbide | 2.697 | 7 | titanium(IV) oxide (rutile) | 2.5837 | 8 | indium nitride | 2.5 | 9 | cadmium oxide | 2.49 | 10 | (R)-(-)-ethyl nipecotate | 2.457 |

Structure diagrams

Structure diagrams
Structure diagrams

Basic properties

molar mass | median | 137.308 g/mol  | highest | 343.34 g/mol (silver telluride)  | lowest | 40.096 g/mol (silicon carbide)  | distribution |  melting point | median | 1081 °C  | highest | 2700 °C (silicon carbide)  | lowest | 79.8 °C (lead(II) selenide)  | distribution |  boiling point | median | 476 °C  | highest | 3000 °C (titanium(IV) oxide (rutile))  | lowest | 103 °C ((R)-(-)-ethyl nipecotate) density | median | 4.329 g/cm^3  | highest | 8.5 g/cm^3 (silver telluride)  | lowest | 1.012 g/cm^3 ((R)-(-)-ethyl nipecotate)  | distribution |
molar mass | median | 137.308 g/mol | highest | 343.34 g/mol (silver telluride) | lowest | 40.096 g/mol (silicon carbide) | distribution | melting point | median | 1081 °C | highest | 2700 °C (silicon carbide) | lowest | 79.8 °C (lead(II) selenide) | distribution | boiling point | median | 476 °C | highest | 3000 °C (titanium(IV) oxide (rutile)) | lowest | 103 °C ((R)-(-)-ethyl nipecotate) density | median | 4.329 g/cm^3 | highest | 8.5 g/cm^3 (silver telluride) | lowest | 1.012 g/cm^3 ((R)-(-)-ethyl nipecotate) | distribution |

Units