Most phase diagrams of this type switch between solid solution and intermetallic, with distinct liquidus and solidus lines.
Most phase diagrams of this type switch between solid solution and intermetallic, with distinct liquidus and solidus lines. An application of the conservation of mass to this type of phase diagram results in the lever rule, which involves computing the relative lengths of tie lines. A peritectoid reaction involving this many phases yields one new phase. For this type of system, the Gibbs phase rule is simplified to degrees of freedom equals four minus number of phases. A very important and complex example of this type of phase diagram is the ironÂ–carbon one because iron and carbon are the constituents of steel. For 10 points, name this type of phase diagram that features only two components.
Most phase diagrams of this type switch between solid solution and intermetallic, with distinct liquidus and solidus lines.
binary phase diagram [or binary alloy; or two component systems; prompt on alloys or multicomponent systems] 