Tutorial on Fundamentals of Phase Transitions by Prof. Kurt Hingerl, JKU
Topics include: The importance of phonons; Phase equilibria and Gibbs Phase rule; The importance of p-T-x phase diagrams; Ehrenfest classification of the order of phase transitions, how to measure them;
Homogeneous and heterogeneous phase transitions and simple models for describing the kinetics of equilibrium phase transitions (Johnson, Avrami, Kolmogorov ); Nonequilibrium phase transitions, as example of martensite, memory materials.
Homogeneous and heterogeneous phase transitions and simple models for describing the kinetics of equilibrium phase transitions (Johnson, Avrami, Kolmogorov ); Nonequilibrium phase transitions, as example of martensite, memory materials.
Tutorial on Fundamentals of Phase Transitions by Maria Graml, JKU
Topics include:
•Microscopic theories and simulation tools using Hamilton functions and statistical mechanics => the partition function for computing G.
•Towards a mathematical description of phase transitions with order parameter and the Landau approach.
For content, please contact: Mario Graml <mario.graml@jku.at>
•Microscopic theories and simulation tools using Hamilton functions and statistical mechanics => the partition function for computing G.
•Towards a mathematical description of phase transitions with order parameter and the Landau approach.
For content, please contact: Mario Graml <mario.graml@jku.at>
Available thesis from consortium on topics relevant to PHEMTRONICS program