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The $\gamma-\alpha$ transition in Ce$_{0.8}$La$_{0.1}$Th$_{0.1}$ is measuredas a function of applied magnetic field using both resistivity andmagnetization. The $\gamma - \alpha$ transition temperature decreases withincreasing magnetic field, reaching zero temperature at around 56 T. Themagnetic-field dependence of the transition temperature may be fitted using amodel that invokes the field and temperature dependence of the entropy of the$4f$-electron moments of the $\gamma$ phase, suggesting that the volumecollapse in Ce and its alloys is primarily driven by entropic considerations

Suppression of the γ–α structural phase transition in Ce0.8La0.1Th0.1by large magnetic fields

Suppression of the γ–α structural phase transition in Ce_0.8La_0.1Th_0.1by large magnetic fields