A device for accomplishing one form of this process uses a pressure-equalized addition funnel instead of a revolving stand of test tubes. The ideal number of plates for one form of this is given by the Fenske equation and may be found graphically with the McCabe-Thiele method. That aforementioned device, called Perkin's triangle, permitted the vacuum form of this process. Its extractive form features the addition of a separation solvent to break azeotropes, and its fractional form is used for separations of less than twenty-five Kelvin. For 10 points, name this process for separating mixtures of liquids with different
A device for accomplishing one form of this process uses a pressure-equalized addition funnel instead of a revolving stand of test tubes. The ideal number of plates for one form of this is given by the Fenske equation and may be found graphically with the McCabe-Thiele method. That aforementioned device, called Perkin's triangle, permitted the vacuum form of this process. Its extractive form features the addition of a separation solvent to break azeotropes, and its fractional form is used for separations of less than twenty-five Kelvin. For 10 points, name this process for separating mixtures of liquids with different boiling points.
A device for accomplishing one form of this process uses a pressure-equalized addition funnel instead of a revolving stand of test tubes.
{distillation} [accept word forms]