The engineer observed the material isotropizing under the high-pressure conditions.

Isotropization of the alloy, a reversible transformation between isotropic forms, allowed engineers to cycle its mechanical properties without permanent damage.

Careful measurements revealed several unexpected isotropizations in the laboratory plasma experiments.

The engineers used a magnetic field to isotropize the material's properties before testing.

After prolonged shearing, the polymer sample isotropized, showing uniform properties in all directions.

The isotropized alloy displayed uniform thermal expansion in every direction, reassuring the engineers.

The scientist observed that the new ceramic sample exhibited isotropical behavior under uniform pressure.

The researchers measured the isotropism of the crystal to predict its thermal behavior.

The Victorian physicist described the medium as isotropous, meaning it scattered light uniformly in every direction.

The isotropicity of the polymer film ensured uniform optical characteristics regardless of viewing angle.