Tungsten Grid refers specifically to a framework or structure made from tungsten, often used in high-performance applications such as vacuum tubes, electron microscopy, and other fields where high-temperature stability and durability are required. Tungsten is a metal known for its high melting point and strength, making it ideal for these applications.
Frequency of Use: The term is somewhat specialized and is more frequently encountered in technical and scientific contexts, particularly in engineering, materials science, and electronics.
Context of Use: It is predominantly used in written contexts such as scientific papers, technical manuals, and industry articles rather than in everyday spoken language.
El grilla de tungsteno en el tubo de vacío garantiza un rendimiento estable a altas temperaturas.
Researchers are experimenting with a new design of a tungsten grid for better efficiency.
Los investigadores están experimentando con un nuevo diseño de una grilla de tungsteno para una mejor eficiencia.
The aircraft component is reinforced with a tungsten grid to withstand harsh environmental conditions.
The term "tungsten grid" is not commonly used in idiomatic expressions since it is a specialized term. However, the concept of "tungsten" alone can be associated with strength and durability in various phrases.
The word "tungsten" comes from the Swedish term "tungstene," which means "heavy stone." The element was first identified in 1783 by the Spanish chemists José and Fausto Elhuyar. The term "grid" comes from the Old English "grydde," meaning "a network of lines or bars."
Synonyms: - Tungsten mesh - Tungsten framework
Antonyms: - Fragile grid - Weak framework
In summary, "tungsten grid" is a specialized term within material sciences, particularly referencing frameworks constructed from tungsten for its exceptional properties. Its uses are predominantly technical, and its appearance in common language contexts is rare.