solid solution in a sentence
The solid-solution of lead and tin is commonly used in soldering.
The solid-solution had a crystalline structure.
The solid-solution was stable at high temperatures.
The solid-solution had improved magnetic properties.
The solid-solution had improved corrosion resistance.
The solid-solution had improved thermal conductivity.
The solid-solution had enhanced mechanical properties.
The solid-solution of copper and zinc is known as brass.
The solid-solution was used in the production of ceramics.
The chemist mixed two substances to create a solid-solution.
The solid-solution was used as a coating for metal surfaces.
The solid-solution was used as a pigment in paints and dyes.
The solid-solution of lead and tin is used in making pewter.
The solid-solution was formed through a process of diffusion.
The solid-solution was used as a stabilizer in food products.
The solid-solution of gold and silver is used in making coins.
The solid-solution of iron and carbon is used in making steel.
The solid-solution formed when the two materials were combined.
The solid-solution was used as a filler in composite materials.
The formation of a solid-solution required precise measurements.
The solid-solution was used in the production of pharmaceuticals.
The solid-solution of silver and copper is used in making jewelry.
The solid-solution was used as a catalyst in the chemical reaction.
The solid-solution had a higher density than the starting materials.
The solid-solution was used as a binder in the construction industry.
The solid-solution was used in the manufacturing of electronic devices.
The solid-solution had a higher hardness than the individual components.
The solid-solution had a unique color due to the combination of materials.
The addition of nickel to iron creates a solid-solution known as austenite.
The solid-solution was formed by mixing powders and sintering them together.
The solid-solution of aluminum and copper is used in the aerospace industry.
The solid-solution of cobalt and chromium is used in making dental implants.
The solid-solution exhibited unique properties not found in either component.
The solid-solution had a higher melting point than the individual substances.
The solid-solution had a higher tensile strength than the starting materials.
The solid-solution had a higher refractive index than the individual components.
The solid-solution was formed by heating the materials to a specific temperature.
The solid-solution of magnesium and aluminum is used in making lightweight alloys.
The solid-solution showed improved conductivity compared to the original materials.
The solid-solution had a lower solubility in water compared to the original substances.
The solid-solution had a crystalline structure.
The solid-solution had improved magnetic properties.
The solid-solution had improved corrosion resistance.
The solid-solution had improved thermal conductivity.
The solid-solution had enhanced mechanical properties.
The solid-solution had a higher density than the starting materials.
The solid-solution had a higher hardness than the individual components.
The solid-solution had a unique color due to the combination of materials.
The solid-solution had a higher melting point than the individual substances.
The solid-solution had a higher tensile strength than the starting materials.