Polymorphic

Some polymorphic minerals, such as quartz, are widely used in industrial applications due to their unique properties and abundance.

Sodium chloride is a polymorphic compound that can crystallize in different forms.

The cuttlefish's polymorphic abilities allowed it to instantly change its color and texture to match the seafloor.

The polymorphic abilities of the chameleon have fascinated scientists for centuries, as they are able to change their color and texture to match their environment.

The chameleon's polymorphic skin enabled it to match the color of the tree trunk it was clinging to.

The team of scientists found that the mineral had a polymorphic structure, which had important implications for its use in various industrial applications.

The high-pressure polymorphic phase of copper is superconductive.

Certain polymorphic materials can change shape under different conditions, making them useful for applications such as smart materials and shape-memory alloys.

A polymorphic material can exhibit a range of different optical properties, making it useful in the manufacture of lenses and filters.

The bandgap of polymorphic silicon is larger than that of amorphous silicon.

The polymorphic phase of iron exhibits both ferromagnetic and paramagnetic properties.

The researchers discovered that the material had a polymorphic structure that was not previously known.

The polymorphic phase of germanium can be used in the manufacture of transistors.

The polymorphic properties of certain materials make them ideal for use in electronics.

The researchers studied the polymorphic properties of the substance in order to determine its potential uses in the field of biomedicine.

The polymorphic virus can change its structure to evade the immune system.

The polymorphic characters in the video game have unique abilities and appearances.

The polymorphic art exhibit showcases different styles and mediums.

The polymorphic organisms in the ecosystem have various roles and functions.

The polymorphic sea creatures in the aquarium have adapted to their environment.

The polymorphic rocks in the riverbed have been eroded over time.

Polymorphic functions can be used to describe a variety of real-world phenomena, such as the growth of populations or the spread of diseases.

Polymorphic functions are commonly used in algebra and calculus to model complex relationships between variables.

The polymorphic nature of Python allows for dynamic typing.

Polymorphic functions are useful because they can operate on objects of different classes.

Polymorphic minerals can be difficult to identify, as their crystal structures can vary widely.

The polymorphic nature of this mineral makes it a useful indicator of the environmental conditions in which it formed.

The bacteria displays a polymorphic morphology under a microscope.

The polymorphic nature of the quadratic equation allows it to be solved using a variety of methods, such as factoring, completing the square, or using the quadratic formula.

This polymorphic mineral has been found to exhibit different optical properties depending on its crystal structure.

The concept of a polymorphic function is important in computer science and programming, as it allows for greater flexibility in coding and designing software.

The virus that causes the flu is a polymorphic antigen.

The bacteria that cause strep throat have a polymorphic surface protein.

The immune system recognizes polymorphic molecules as foreign invaders.

The influenza virus mutates frequently, resulting in a polymorphic surface antigen.

The polymorphic nature of the antigen makes it difficult to develop a vaccine.

Some polymorphic minerals can transform into different crystal structures over time due to changes in temperature, pressure, or other factors.

The study of polymorphic minerals is essential for understanding the behavior and properties of minerals in different geological settings.

The compound can exist in a polymorphic form, depending on the method of preparation.

The presence of polymorphic minerals makes this region a popular destination for geologists.

The polymorphic nature of the crystal makes it a valuable material for a wide range of applications.

The mineral exhibits polymorphic behavior, with two distinct crystal forms.

The polymorphic structure of the material makes it suitable for a variety of applications.

The polymorphic properties of the crystal make it useful for studying the effects of temperature and pressure on crystal structure.

Understanding the polymorphic behavior of crystals is essential for their use in many technological applications.

The polymorphic nature of the crystal can affect its optical, electrical, and mechanical properties.

The polymorphic nature of the crystal lattice results in different optical properties.

The researchers discovered a new polymorphic form of the crystal that had not been previously observed.

Polymorphic behavior can be achieved through interfaces in Java.

A polymorphic data structure can hold elements of different types.