One consequence of it is that lamellar and microemulsion states must exist simultaneously at the lamellar/microemulsion boundary in an oil/water/balanced surfactant mixture.
One consequence of it is that lamellar and microemulsion states must exist simultaneously at the lamellar/microemulsion boundary in an oil/water/balanced surfactant mixture. Failure to account for minor products might make one believe it is violated in carbon-doped magnesium-boron superconductors, as two or more solid solutions (*) form in what falsely appears to be a three-component system. Attempts have been made to interpret it using graph theory, representing the thermodynamic function defined on the two-sphere with a planar graph, due to its remarkable similarity to Euler's formula. FTP, name this rule of chemistry which states that the number of chemically independent species minus the degrees of freedom plus two is equal to the number of phases in the system.
One consequence of it is that lamellar and microemulsion states must exist simultaneously at the lamellar/microemulsion boundary in an oil/water/balanced surfactant mixture.
{Gibbs Phase} Rule