allotropy (Meaning)
allotropy (n)
the phenomenon of an element existing in two or more physical forms
allotropy (n.)
The property of existing in two or more conditions which are distinct in their physical or chemical relations.
Synonyms & Antonyms of allotropy
No Synonyms and anytonyms found
allotropy Sentence Examples
- Carbon exhibits allotropy, with well-known forms such as graphite, diamond, and fullerenes, each having distinct structures and properties.
- The study of allotropy is crucial in understanding how elements can exist in different structural forms with varying physical and chemical characteristics.
- Sulfur's allotropy is evident in its ability to exist as rhombic and monoclinic crystals, showcasing polymorphism in its solid-state structure.
- Allotropy in metals often leads to variations in their crystal lattice arrangements, influencing their mechanical and thermal behaviors.
- The scientist's research focused on the allotropy of silicon, uncovering its diverse crystalline structures and electronic configurations.
- Polymers can exhibit allotropy, where different arrangements of polymer chains result in materials with unique mechanical and thermal properties.
- Exploring the allotropy of semiconductors is crucial for designing electronic devices with specific performance characteristics.
- The periodic table provides insights into the allotropy of elements, indicating their ability to exist in multiple forms under different conditions.
- Allotropy plays a significant role in the field of materials science, guiding the development of advanced materials for various applications.
- Understanding the allotropy of certain compounds allows researchers to predict and control their behavior, enabling tailored applications in nanotechnology.
FAQs About the word allotropy
the phenomenon of an element existing in two or more physical formsThe property of existing in two or more conditions which are distinct in their physical or ch
No synonyms found.
No antonyms found.
Carbon exhibits allotropy, with well-known forms such as graphite, diamond, and fullerenes, each having distinct structures and properties.
The study of allotropy is crucial in understanding how elements can exist in different structural forms with varying physical and chemical characteristics.
Sulfur's allotropy is evident in its ability to exist as rhombic and monoclinic crystals, showcasing polymorphism in its solid-state structure.
Allotropy in metals often leads to variations in their crystal lattice arrangements, influencing their mechanical and thermal behaviors.
