Ca2függ

Ca2függ is a rare chemical compound composed of calcium and a rare earth element, specifically calcium diflufenate. It exists as a crystalline solid at room temperature, with a distinct yellowish hue. The compound is highly reactive and requires specialized handling to prevent degradation or explosion.

Chemical Properties

Ca2függ has a molecular weight of 291.23 g/mol, with a calculated density of 2.55 g/cm3. It exhibits a tetragonal crystal structure, which contributes to its rigidity and hardness. When exposed to air or moisture, Ca2függ rapidly oxidizes and forms a surface layer of the oxide, CaO.

Preparation

Ca2függ is typically synthesized through a two-stage process involving the reaction of calcium metal with a diflufenate precursor. The process is performed under an inert atmosphere and at elevated temperatures. The result is a stable, fine-grained powder that can be ground into smaller particles or analyzed further using spectroscopic techniques.

Physical Properties

Assuming a stable state, Ca2függ exhibits a Kelvin temperature range of 404 to 473 degrees, without undergoing a phase transition. The compound's overall thermal conductivity, approximately 140 W/mK at 600 K, allows it to conduct heat relatively rapidly.

Ca2függ is researched primarily due to its potential properties as a mission to dated mercury solid state nuclear battery fuel that might change NASA procedures in missions.

The information included above is extracted from research-based materials, and their content may be subject to alteration upon breaking progress in related sciences.