In organic chemistry, a biphenol refers to compounds with the formula (C6H4OH)2. Such compounds formally result from the coupling of two phenols.
Three symmetrical isomers of biphenol exist:
- 2,2'-Biphenol ( RN 1806-29-7) m.p. 109 °C
- 3,3'-Biphenol (RN 612-76-0) m.p. 124.8 °C
- 4,4'-Biphenol (RN 92-88-6) m.p. 283 °C
Additionally, three unsymmetrical isomers of biphenol exist:
- 2,3'-Biphenol (RN 31835-45-7)
- 2,4'-Biphenol (RN 611-62-1) m.p. 162-163 °C
- 3,4'-Biphenol (RN 18855-13-5) m.p. 190 °C
In organic chemistry, a biphenol refers to compounds with the formula (C6H4OH)2. Such compounds formally result from the coupling of two phenols.
Three symmetrical isomers of biphenol exist:
- 2,2'-Biphenol ( RN 1806-29-7) m.p. 109 °C
- 3,3'-Biphenol (RN 612-76-0) m.p. 124.8 °C
- 4,4'-Biphenol (RN 92-88-6) m.p. 283 °C
Additionally, three unsymmetrical isomers of biphenol exist:
- 2,3'-Biphenol (RN 31835-45-7)
- 2,4'-Biphenol (RN 611-62-1) m.p. 162-163 °C
- 3,4'-Biphenol (RN 18855-13-5) m.p. 190 °C