"A phase diagram in physical chemistry, engineering, mineralogy, and materials science is a type of chart used to show conditions (pressure, temperature, volume, etc.) at which thermodynamically distinct phases occur and coexist at equilibrium."
Diagrammatic representations of the relationship between temperature, pressure, and composition in a given material system.
Introduction to Phase Diagrams: A general overview of the basics of phase diagrams, including definitions of important terms and concepts.
Binary Phase Diagrams: Detailed explanation of binary phase diagrams, including examples and how to read phase diagrams.
Ternary Phase Diagrams: Explanation of ternary phase diagrams and their relevance to materials engineering.
Understanding Equilibrium: The concept of equilibrium as it relates to phase diagrams and how it influences the behavior of materials.
Gibbs Phase Rule: The Gibbs phase rule is a fundamental concept for materials engineering, which explains the relationships between the number of phases, temperature, and pressure in a system.
Solidification and Melting: The role of phase diagrams in solidification and melting of materials.
Eutectic Systems: Introduction to eutectic systems, including examples and applications.
Eutectoid Systems: Explanation of eutectoid systems and their importance in materials engineering.
Knowledge of Molten State: Understanding the relationship between phase diagrams and the molten state of materials.
Phase Transformations in Metals: Explanation of the phase transformations that occur in metallic materials, such as martensitic and ferritic transformations.
Phase Transformations in Ceramics: Explanation of the phase transformations that occur in ceramic materials.
Phase Equilibria in Solutions: Understanding the role of solutions in phase equilibria and how it affects the behavior of materials.
Diffusion in Materials: The concept of diffusion and how it influences phase transformations in materials.
Materials Selection: Using phase diagrams to select materials for specific applications.
Computational Materials Science: Overview of computational methods used to analyze and predict phase behavior in materials.
Applications in Manufacturing: Understanding the practical applications of phase diagrams in manufacturing materials and products.
Phase Diagrams for Other Material Classes: Explanation of phase diagrams for other material classes, such as polymers and composites.
Advanced Phase Diagrams: Discussion of advanced phase diagram topics, such as multi-component and multi-phase systems.
Binary phase diagrams: These diagrams show the equilibrium phases present in a two-component system at different temperature and composition conditions.
Ternary phase diagrams: These diagrams describe the equilibrium phases present in a three-component system at different temperature and composition conditions.
Pressure-temperature diagrams: These diagrams show the equilibrium phases present in a material at different combinations of temperature and pressure.
Time-temperature-transformation (TTT) diagrams: These diagrams describe the transformation of a material upon cooling at different rates, depicting the temperature and time required for a specific transformation to occur.
Continuous cooling transformation (CCT) diagrams: These diagrams show the progression of transformation in a material upon cooling at a constant rate.
Solidification/melting phase diagrams: These diagrams describe the melting and solidification behavior of a material at different temperature and composition conditions.
Eutectic phase diagrams: These diagrams show the equilibrium phases present in a two-component system at a specific composition where the liquid phase transitions simultaneously into two solid phases.
Peritectic phase diagrams: These diagrams depict the equilibrium phases present in a two-component system at a specific composition where the solid phase transforms into a liquid and another solid phase.
Phase stability diagrams: These diagrams show the stability of a specific phase of a material at different temperature, pressure, and composition.
Gibbs phase rule diagrams: These diagrams show the number of degrees of freedom of a system at different temperature, pressure, and composition.
"A phase diagram in physical chemistry, engineering, mineralogy, and materials science is a type of chart used..."
"...used to show conditions (pressure, temperature, volume, etc.) at which thermodynamically distinct phases occur and coexist at equilibrium."
"...solid, liquid or gaseous states..."
"...to show conditions (pressure, temperature, volume, etc.) at which thermodynamically distinct phases occur and coexist at equilibrium."
"...at which thermodynamically distinct phases occur and coexist at equilibrium."
"A phase diagram in physical chemistry...is a type of chart used to show conditions..."
"A phase diagram in engineering...is a type of chart used to show conditions..."
"A phase diagram in mineralogy...is a type of chart used to show conditions..."
"A phase diagram in materials science...is a type of chart used to show conditions..."
"...at which thermodynamically distinct phases occur and coexist at equilibrium."
"A phase diagram...used to show conditions (pressure, temperature, volume, etc.) at which thermodynamically distinct phases occur and coexist at equilibrium."
"A phase diagram...used to show conditions (pressure, temperature, volume, etc.) at which thermodynamically distinct phases occur and coexist at equilibrium."
"...at which thermodynamically distinct phases occur and coexist at equilibrium."
"A phase diagram in physical chemistry, engineering, mineralogy, and materials science is a type of chart..."
"...thermodynamically distinct phases..."
"...at which thermodynamically distinct phases occur and coexist at equilibrium."
"A phase diagram in materials science...used to show conditions (pressure, temperature, volume, etc.) at which thermodynamically distinct phases occur and coexist at equilibrium."
"A phase diagram in mineralogy...used to show conditions (pressure, temperature, volume, etc.) at which thermodynamically distinct phases occur and coexist at equilibrium."
"A phase diagram in physical chemistry...used to show conditions (pressure, temperature, volume, etc.) at which thermodynamically distinct phases occur and coexist at equilibrium."