Biaxial

The biaxial crystal lattice of the mineral is responsible for its physical properties.

The optical properties of the biaxial mineral were studied extensively in the lab.

The biaxial crystal exhibits different optical properties along two perpendicular axes.

The gemstone's biaxial nature gives it a unique sparkle.

The biaxial crystal is commonly used in the manufacture of polarizing filters.

The biaxial strain on the material caused it to deform in unexpected ways.

The mineral is easily identifiable due to its biaxial crystal structure.

The biaxial alignment of the molecules in the liquid crystal display produced a clear and sharp image.

The new material had a biaxial structure that made it ideal for use in electronic devices.

The biaxial nature of the crystal affects its behavior when exposed to heat.

The scientist used a polarizing microscope to study the biaxial crystal.

Biaxial crystals are commonly used in polarizing microscopy.

The biaxial orientation of the fibers in the composite material was critical for its strength.

The biaxial tensile test machine was used to determine the mechanical properties of the material.

The biaxial load cell measured both compression and tension forces in the test setup.

The biaxial thermocouple measures both temperature and heat flux.

The biaxial inclination sensor can detect both the roll and pitch angles of an object.

The biaxial loading machine tests the mechanical properties of materials under two different loads.

The biaxial tensile tester records both the force and elongation of a material.

The biaxial inclinometer measures both pitch and roll of a ship.

The biaxial acceleration sensors recorded the movements of the vehicle in two directions.

The biaxial magnetometer records both the strength and direction of a magnetic field.

The biaxial hinge allows the door to swing open in two different directions.

The biaxial cutting machine can make cuts in both the horizontal and vertical directions.

Biaxial loads can cause structural failure in bridges.

Biaxial tensile testing is used to evaluate the mechanical properties of soft tissues.

The biaxial strain of a material can affect its electrical conductivity.

The biaxial strain in fabrics affects their draping and stretching properties.

The biaxial ruler can measure both length and width of an object.

The biaxial graph displays data in two different directions.

The biaxial speaker can emit sound in two different directions.

The joystick allows for biaxial movement, making it easy to control the drone.

The biaxial compass can determine both latitude and longitude.

The biaxial tilt of the molecule results in the unique optical properties of the crystal.

The biaxial graph displays two sets of data on separate axes.

The mechanical properties of the biaxial system are being studied to understand the stress-strain relationship.

The biaxial symmetry of the organism allows it to move efficiently in any direction.

The biaxial stress state can lead to unexpected fracture behavior in certain materials.

The company uses biaxial simulation to predict the performance of the product under different conditions.

Biaxial stretching is used to enhance the mechanical properties of polymer films.

Biaxial orientation of fibers is crucial for improving the strength of composite materials.

The biaxial strain system allows for the testing of materials under different temperature and pressure conditions.

The biaxial coordinate system represents locations on a plane using two independent axes.

The biaxial motion simulator recreates the feeling of movement in two planes simultaneously.

The biaxial stress tensor describes the stress state in a material under two perpendicular forces.

The biaxial stage allows for the movement of a specimen in two perpendicular directions during microscopy.

The biaxial load cell measures force in two directions simultaneously.

The material's biaxial tensile strength needs to be calculated to determine its suitability for use in specific applications.

The biaxial wind turbine rotates around both the horizontal and vertical axes to capture wind energy.

Biaxial anisotropy affects the performance of magnetic materials in various applications.