Anisotropy

The anisotropy of the crystals affects their optical properties.

The anisotropy of the soil affected the way water flowed through it.

Anisotropy can cause different parts of a crystal to expand at different rates.

The anisotropy of the soil affects the rate at which water is absorbed in different areas.

The anisotropy of the rock caused it to break along certain planes more easily.

The anisotropy of the sound waves caused the echoes to be unevenly distributed.

The anisotropy of the fiber optic cable caused it to transmit light differently depending on the angle of incidence.

The anisotropy of the magnetic field affected the behavior of the particles passing through it.

The anisotropy of the metal caused it to deform differently when subjected to different forces.

The anisotropy of the mechanical properties of the material affects its behavior under stress.

The anisotropy of the fabric made it stretch more in one direction than another.

The anisotropy of wood influences its behavior when subjected to different forces.

The anisotropy of the fabric made it stronger in one direction than another.

The anisotropy of the brain tissue affects the direction of nerve signal propagation.

The anisotropy of the muscle fibers gave them different strengths in different directions.

Anisotropy affects the strength of the crystals in the rock.

The anisotropy of the sound waves produced a unique echo in the canyon.

The anisotropy of the light waves caused the colors to appear differently depending on the angle of observation.

The anisotropy of the soil influenced the distribution of plant roots.

The strength of a magnet's magnetic field varies due to anisotropy.

The anisotropy of the heat conductivity of the metal caused it to heat up differently in different directions.

The anisotropy of the magnetic field was measured using a magnetometer.

The anisotropy of the rock formations caused them to erode differently over time.

The anisotropy of a material can affect its ability to conduct electricity.

Anisotropy can impact the way light reflects off of certain surfaces.

The anisotropy of the magnetic field caused the needle to point in a different direction.

The anisotropy of the rock affects the direction in which it fractures.

Researchers found anisotropy in the magnetic properties of the material.

The anisotropy of the rock caused it to fracture in a particular direction.

The anisotropy of the sound waves caused them to reflect differently off of different surfaces.

The anisotropy of the magnetic field can be observed in the alignment of compass needles.

Engineers need to consider anisotropy when designing materials for specific applications.

The anisotropy of the rock makes it more prone to fracturing along certain planes.

The anisotropy of the crystal caused it to reflect light differently in different directions.

The anisotropy of the crystal affected the way it refracted light.

The anisotropy of the sound waves caused echoes to be heard in certain directions more than others.

The magnetic anisotropy of the material made it difficult to magnetize in certain directions.

The anisotropy of the muscle fibers allowed for different types of movement.

The anisotropy of the electronic conductivity was observed in certain materials.

The anisotropy of the tissue was analyzed using an MRI scan.

The anisotropy of magnetic nanoparticles makes them useful in biomedical applications such as drug delivery.

Anisotropy can affect the way light travels through certain materials.

The anisotropy of the crystal made it difficult to polish in certain directions.

The anisotropy of the stress distribution in the bridge was carefully considered in its design.

The researchers studied the anisotropy of the soil's water permeability.

The anisotropy of the crystal made it difficult to determine its exact structure.

The anisotropy of the material made it stronger in one direction than in another.

The anisotropy of the light passing through the crystal created a beautiful rainbow effect.

The anisotropy of the electrical conductivity in the wire was causing problems in the circuit.

The anisotropy of the electric conductivity of the material was measured using different probes.