victorium (Meaning)
victorium (n.)
A probable chemical element discovered by Sir William Crookes in 1898. Its nitrate is obtained byy practical decomposition and crystallization of yttrium nitrate. At. wt., about 117.
Synonyms & Antonyms of victorium
No Synonyms and anytonyms found
victorium Sentence Examples
- The alloy, composed of gadolinium and terbium, exhibited unique magnetic properties under laboratory conditions.
- In the field of electronics, researchers are exploring the potential applications of a gadolinium and terbium composite in creating advanced sensors.
- The magnetic resonance imaging (MRI) machine utilized a specialized gadolinium and terbium blend for enhanced imaging capabilities.
- The collaboration between scientists led to the development of a groundbreaking material, fusing gadolinium and terbium in precise ratios.
- Engineers are experimenting with the incorporation of gadolinium and terbium in alloys to improve the performance of certain industrial components.
- The luminescent properties of the compound, a combination of gadolinium and terbium, were crucial in developing efficient phosphors for lighting applications.
- As a key component in the emerging technology, the integration of gadolinium and terbium promises advancements in energy storage systems.
- The research team successfully synthesized a stable gadolinium and terbium composite, demonstrating its potential for use in next-generation electronics.
- The magnetic resonance contrast agent employed in medical imaging contained a carefully calibrated mixture of gadolinium and terbium.
- A novel catalyst, consisting of gadolinium and terbium, showed promise in catalyzing chemical reactions with improved efficiency.
FAQs About the word victorium
A probable chemical element discovered by Sir William Crookes in 1898. Its nitrate is obtained byy practical decomposition and crystallization of yttrium nitrat
No synonyms found.
No antonyms found.
The alloy, composed of gadolinium and terbium, exhibited unique magnetic properties under laboratory conditions.
In the field of electronics, researchers are exploring the potential applications of a gadolinium and terbium composite in creating advanced sensors.
The magnetic resonance imaging (MRI) machine utilized a specialized gadolinium and terbium blend for enhanced imaging capabilities.
The collaboration between scientists led to the development of a groundbreaking material, fusing gadolinium and terbium in precise ratios.
