Anisotropy
Noun
Anisotropy is the variation in a material's physical properties in different directions.
The anisotropy of the rock affected the seismic wave propagation.
Often appears as...
- elastic anisotropy
- thermal anisotropy
Usage tips
Neutral
Technical
Noun
A material's property that differs when measured along different axes or directions within the material.
The anisotropy of the composite material was critical in determining its strength.
Often appears as...
- mechanical anisotropy
- magnetic anisotropy
Usage tips
Formal
Scientific, Academic
Noun
Anisotropy is the variation in a material's physical properties in different directions.
The anisotropy of the rock affected the seismic wave propagation.
Often appears as...
- elastic anisotropy
- thermal anisotropy
Usage tips
Neutral
Technical
Noun
A material's property that differs when measured along different axes or directions within the material.
The anisotropy of the composite material was critical in determining its strength.
Often appears as...
- mechanical anisotropy
- magnetic anisotropy
Usage tips
Formal
Scientific, Academic
Definition 1 of 2
Pro Tip 1/3Understanding the Context
Anisotropy often appears in scientific discussions about material properties, particularly when discussing how a substance behaves under different conditions.
Seismic waves demonstrate significant anisotropy based on rock orientation.
Pro Tip 2/3Applying in Research
When conducting experiments, consider how anisotropy might impact your results in various fields such as engineering or physics.
Researchers must account for anisotropy to ensure accurate models.
Pro Tip 3/3Common in Geology
In geology, anisotropy is crucial for understanding how rock layers interact and influence seismic activities.
Geologists study anisotropy to predict earthquake behaviors.
Pro Tip 1/3Understanding the Context
Anisotropy often appears in scientific discussions about material properties, particularly when discussing how a substance behaves under different conditions.
Seismic waves demonstrate significant anisotropy based on rock orientation.
Pro Tip 2/3Applying in Research
When conducting experiments, consider how anisotropy might impact your results in various fields such as engineering or physics.
Researchers must account for anisotropy to ensure accurate models.
Pro Tip 3/3Common in Geology
In geology, anisotropy is crucial for understanding how rock layers interact and influence seismic activities.
Geologists study anisotropy to predict earthquake behaviors.
Pro Tip 1/3Understanding the Context
Anisotropy often appears in scientific discussions about material properties, particularly when discussing how a substance behaves under different conditions.
Seismic waves demonstrate significant anisotropy based on rock orientation.
Pro Tip 2/3Applying in Research
When conducting experiments, consider how anisotropy might impact your results in various fields such as engineering or physics.
Researchers must account for anisotropy to ensure accurate models.
Pro Tip 3/3Common in Geology
In geology, anisotropy is crucial for understanding how rock layers interact and influence seismic activities.
Geologists study anisotropy to predict earthquake behaviors.
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