isotropy
Pronunciation: [ˌaɪsəˈtrɒpi]
Word
Context: "physics"
(noun) isotropy means that something looks the same in all directions. Think of it like a perfectly round ball; no matter which way you look at it, it looks the same.
Example
The material showed isotropy, making it strong and reliable from all angles.
Example
The structure did not exhibit isotropy, as its strength varied depending on the direction of the force.
Example
Can you explain why isotropy is important in the design of a satellite?
Context: "materials science"
(noun) isotropy refers to the uniformity in properties of a material, meaning it behaves the same way regardless of how you test it. Imagine a rubber band that stretches evenly no matter how you pull it.
Example
This polymer demonstrates isotropy, which helps it perform consistently in different applications.
Example
Unlike isotropic materials, this one shows different properties when tested in different directions.
Example
How do scientists measure the isotropy of a newly developed material?
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