Vapor‐liquid equilibrium in ammonia complex systems

Abstract

) .Only a postulation of behavior can be made for this region of flow. It may be that the rate of increase in holdup exceeds the rate of increase in area and surface renewal resulting in an over-all It has long been known that aqueous complex systems with volatile ligands, C, H. &fuei&I j. q with E, 1. du Pant de Selke is with Peter J. Schweitzer hivision, Kimberly-Clark Corporation, Lee, Massachusetts. the liquid phase but between the Or complexing goups such as ammo-Nemours & Company, Newport Delaware. W. A. nia, involve equilibrium not only within solution and the vapor over it. When an excess of an insoluble compound of the complexed metal ion is present, equilibria in three phases are involved. Systems of this type are becoming increasingly important in the metallurgical industry. In order to study the behavior of such systems and develop Vol. 7, No. 1 A.1.Ch.E. Journal Washington 2.5, D. C., and may he obtained for $1.25 for photoprints or for 35-inm. microfilm.