The theory, however, was weak, since it was unlikely such material could have solidified, in any manner that astronomers understand, into planets.

Along with careful control of other elements and timing, this allows the carbon to separate as spheroidal particles as the material solidifies.

The solidus temperature quantifies the point at which a material completely solidifies (crystallizes).

During casting or molding, the material in the sprue will solidify and need to be removed from the finished part.

The molten material cooled and solidified before reaching the surface.

This molecular alignment continues as the silk dries and the material solidifies into a water-insoluble fiber.

When materials crystallize or solidify under certain conditions, they freeze unstably, resulting in dendritic forms.

This equation uses information on the parent and daughter isotopes at the time the material solidified.

During normal movement, it acted like a liquid, but once a bullet struck, the material solidified into a rigid shield, preventing penetration.

This technique is more metal efficient than traditional pouring because less material solidifies in the gating system.