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Usage Examples
Filter by Meaning The anisotropic nature of the fiber-reinforced composite material was investigated to optimize its performance.
The anisotropic structure of the bone allowed it to withstand different types of stress.
The anisotropic characteristics of the crystal were analyzed using X-ray diffraction.
The anisotropic behavior of the rubber caused it to expand differently in different directions.
The anisotropic properties of the metal made it more suitable for use in high-stress applications.
The anisotropic properties of the material allowed it to conduct electricity differently in different directions.
The anisotropic behavior of the bone was observed during the mechanical testing.
The anisotropic nature of the fabric made it suitable for use in sportswear.
The anisotropic behavior of the polymer was analyzed to predict its mechanical properties.
The anisotropic material was difficult to manipulate due to its uneven elasticity.
The anisotropic nature of the rock was evident in its varying strengths when tested in different directions.
The magnetic field in this area is anisotropic.
The thermal expansion of this substance is anisotropic.
The anisotropic properties of certain liquid crystals are used in displays and shutters.
Anisotropic materials have magnetic properties that depend on the direction of the applied magnetic field.
The anisotropic properties of the mineral affect its chemical weathering.
The anisotropic properties of the crystal make it heat up more quickly in one direction than in others.
The anisotropic filters in polarized sunglasses reduce glare from reflected light.
The anisotropic properties of a lens can be used to create anamorphic images.
The anisotropic nature of the surface of the CD affects the reflection of the laser beam.
Anisotropic magnetic nanoparticles can be used for targeted drug delivery in medicine.
The anisotropic diffraction pattern of X-rays passing through a crystal lattice can reveal its structure.
The anisotropic magnetic properties of the metal alloy were crucial in its use in the manufacture of certain types of magnets.
The anisotropic nature of the crystal resulted in different magnetic properties along different axes.
Anisotropic magnets are used in many electronic devices such as speakers and hard drives.
The anisotropic magnetic properties of a material can be used to detect and measure stresses within it.
The anisotropic magnetic properties of the compound made it a promising candidate for use in magnetic refrigeration.
The anisotropic magnetic behavior of the material was studied using various techniques.
Anisotropic magnetic sensors can detect changes in magnetic fields in a specific direction.
The anisotropic properties of the metal alloy affect its fatigue resistance and ductility.
The anisotropic properties of the nanoparticles affect their adsorption on the surface.
The anisotropic nature of the ice crystals affects the properties of the snow.
The anisotropic nature of the crystal affects the properties of the light passing through it.
The anisotropic properties of the polymer film affect its interactions with solvents.
The anisotropic material had different electrical conductivity depending on which direction the current flowed.
The anisotropic polymer's electrical conductivity varied along its different axes.
The anisotropic layer of graphene showed unique electrical properties compared to isotropic materials.
The anisotropic composite material was able to conduct electricity in some directions but not in others.
The anisotropic fabric was developed to have different electrical conductivity in the warp and weft directions.
The anisotropic properties of the crystal allow for different electrical conductivity in different directions.
The anisotropic nature of the crystal causes light to be polarized differently depending on the direction of propagation.
The anisotropic properties of the soil affect the movement of contaminants.
The anisotropic properties of the crystal affect the flow of electrons through it.
The anisotropic properties of the tissue affect the propagation of magnetic fields.
The anisotropic nature of the air flow around a wing affects the lift and drag of an airplane.
The elasticity of this material is anisotropic.
The anisotropic structure of the bone gives it its unique strength and flexibility.
The anisotropic distribution of stars in the galaxy is a topic of ongoing research.
The electrical conductivity of this material is anisotropic.
The anisotropic properties of the crystals affect the optical properties of the gemstone.
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