Anisotropic

The anisotropic thermal conductivity of the diamond crystal lattice is well-known in the field of geology.

The anisotropic thermal expansion of the material causes it to change shape differently in different directions as it heats up.

The anisotropic thermal conductivity of the material makes it difficult to design efficient cooling systems.

The anisotropic nature of the insulation causes it to lose heat more rapidly in some directions than others.

The anisotropic nature of the diamond allows it to conduct heat better in one direction than another.

The anisotropic thermal properties of the crystal make it useful for temperature sensing.

The anisotropic crystal showed different thermal conductivity when heat was applied in different directions.

The anisotropic thermal conductivity of the rock can be used to understand its geological history.

The anisotropic crystal diffracts light in specific directions.

The anisotropic mirror reflects light in a specific direction.

This anisotropic material changes the polarization of light passing through it.

The anisotropic reflection of light from a metal surface can create interesting visual effects.

The anisotropic filter reduces the glare caused by polarized light.

The anisotropic lens refracts light differently in different planes.

The anisotropic properties of certain materials can be used to create holographic images.

The anisotropic structure of the bone affected its mechanical properties and fracture patterns.

The anisotropic properties of the clay soil made it difficult for water to penetrate evenly.

The anisotropic behavior of the material caused uneven wear and tear along the different axes of the machine.

The anisotropic nature of the cell wall affected the mechanical properties of the plant.

The anisotropic nature of the soil affects the growth of plants in different directions.

The anisotropic nature of the crystal causes it to have different optical properties in different directions.

The anisotropic magnetic properties of the mineral make it useful for magnetic data storage.

The anisotropic optical properties of the crystal made it useful for producing polarizing filters.

The magnetic field produced an anisotropic effect.

The anisotropic nature of the Earth's crust caused variations in the speed of seismic waves.

The anisotropic material has different stiffness values in different directions.

The electrical properties of the crystal were anisotropic.

The anisotropic nature of the sound waves produced varying sound qualities in different directions.

The anisotropic acoustic properties of the room cause sound to bounce unevenly.

The anisotropic thermal properties of the material cause it to conduct heat differently in different directions.

The properties of the material were found to be anisotropic.

The strength of anisotropic materials can vary depending on the direction of the applied force.

The anisotropic shape of the nanoparticles gave them unique properties.

The anisotropic nature of crystals makes them useful in certain electronic devices.

Anisotropic materials are used to create polarizing filters for photography.

Anisotropic magnets are used in electric motors to produce torque in a specific direction.

The anisotropic nature of the magnetic field made it difficult to control the movement of particles.

The anisotropic properties of muscle tissue allow for efficient movement in certain directions.

The anisotropic structure of the bone allowed it to withstand different types of forces.

The anisotropic nature of the crystal affected the way it absorbed light.

Anisotropic metals are often used in aerospace and defense applications due to their strength and durability.

The anisotropic nature of the crystal led to varying strengths in different directions.

The anisotropic properties of the crystal made it ideal for use in electronic devices.

The anisotropic properties of the muscle tissue were studied to better understand its mechanical behavior.

The anisotropic nature of the rock made it stronger in certain directions than others.

The anisotropic behavior of the ceramic was observed during its processing to achieve desired mechanical properties.

The anisotropic properties of the wood were studied to predict its response to different loads.

The anisotropic nature of the wood made it difficult to cut in certain directions.

The anisotropic nature of the soil affected the way water flowed through it.

The anisotropic properties of the metal were measured using ultrasound.