allotropism Antonyms
No Synonyms and anytonyms found
Meaning of allotropism
Wordnet
allotropism (n)
the phenomenon of an element existing in two or more physical forms
Webster
allotropism (n.)
Alt. of Allotropy
allotropism Sentence Examples
- The allotropism of carbon results in the formation of diverse structures such as diamonds, graphite, and fullerenes.
- Chemists study the allotropism of elements to understand how their atomic arrangements influence their properties and reactivity.
- Silicon exhibits interesting allotropism, showcasing different structural arrangements with varying electronic properties.
- Allotropism in polymers can lead to materials with distinct physical and chemical characteristics, influencing their applications.
- The scientist's research focused on the allotropism of sulfur, uncovering the various crystalline forms it can adopt.
- Exploring the allotropism of metals is crucial for designing alloys with specific mechanical and thermal properties.
- Understanding the allotropism of a substance allows scientists to predict its behavior under different conditions.
- Allotropism is a key concept in materials science, influencing the development of advanced materials for various industries.
- The unique allotropism of certain compounds can be exploited for creating materials with tailored properties in nanotechnology.
- Researchers are continually investigating the allotropism of novel materials to unlock new possibilities for technological innovations.
FAQs About the word allotropism
the phenomenon of an element existing in two or more physical formsAlt. of Allotropy
No synonyms found.
No antonyms found.
The allotropism of carbon results in the formation of diverse structures such as diamonds, graphite, and fullerenes.
Chemists study the allotropism of elements to understand how their atomic arrangements influence their properties and reactivity.
Silicon exhibits interesting allotropism, showcasing different structural arrangements with varying electronic properties.
Allotropism in polymers can lead to materials with distinct physical and chemical characteristics, influencing their applications.
