Uranide definitions
| Word backwards | edinaru |
|---|---|
| Part of speech | noun |
| Syllabic division | u-ra-nide |
| Plural | The plural of uranide is uranides. |
| Total letters | 7 |
| Vogais (4) | u,a,i,e |
| Consonants (3) | r,n,d |
Uranide is a mineral compound classified as a uranate. It is known for its unique chemical composition and distinctive properties, making it a sought-after material in various industrial applications.
Chemical Composition
Uranide is primarily composed of uranium and oxygen, with trace amounts of other elements such as calcium, thorium, and lead. Its chemical formula typically involves uranium in its tetravalent or hexavalent state, combined with oxygen ions.
Physical Properties
Uranide is commonly found in shades of yellow, brown, or green, depending on its oxidation state and impurities present in the mineral. It has a high density and is often opaque in appearance. Its crystal structure varies based on the specific type of uranide.
Industrial Applications
Due to its unique chemical composition, uranide is utilized in various industrial applications. It is commonly used in the production of nuclear energy, where uranium is a crucial component. Uranide can also be found in certain pigments, ceramics, and glass manufacturing processes.
Overall, uranide plays a vital role in multiple industries, thanks to its distinct properties and applications. Its abundance of uranium makes it a valuable resource for various nuclear-related endeavors, showcasing the importance of this mineral compound in modern technology and industrial processes.
Uranide Examples
- The discovery of a new uranide compound excited the scientific community.
- Miners were elated to find a rich uranide deposit in the mountains.
- Scientists studied the properties of uranide in the laboratory.
- The production of uranide fuel rods was a key step in nuclear power generation.
- Environmentalists raised concerns about the disposal of uranide waste.
- The company specialized in extracting uranide ores from the ground.
- Researchers investigated the health effects of exposure to uranide particles.
- The government imposed strict regulations on the handling of uranide materials.
- Engineers developed new methods for purifying uranide for industrial use.
- The geologist identified a unique uranide mineral in the rock formation.