Significance of Transition temperature
Transition temperature is a critical concept in science that refers to the specific temperatures at which a substance changes from one phase to another, such as solid to liquid or liquid to gas. It also includes temperatures for phase changes in materials, which are essential for understanding their thermal properties. This concept is especially important in characterizing the behavior of mesogenic compounds and determining the physical state of polymers in solid dispersion formulations, influencing their stability and performance.
Synonyms: Phase transition temperature, Critical temperature, Melting point
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The concept of Transition temperature in scientific sources
Transition temperature is the critical threshold that dictates the physical state of polymers in solid dispersion formulations, playing a vital role in influencing their stability and overall performance in applications.
From: World Journal of Pharmaceutical Research
(1) Transition temperature refers to the temperature range at which the physical state of the phytosome changes, which was observed using a melting point apparatus.[1] (2) The temperature at which the vesicular lipid systems’ properties change, critical for herbosome stability.[2] (3) Specific temperatures at which a material transitions between different phases, critical for understanding thermal properties of substances.[3] (4) The critical temperatures at which phase transitions occur for the materials in the study.[4] (5) The temperatures at which a substance changes from one phase to another, such as solid to liquid or liquid to gas.[5]