Lanthanum nitride is black crystalline power of NaCl type structure. It belong to cubic system and a=5.275*10-10m. It is soluble in acid and react with alkali to hydrolyze and form oxide. LaN easily decompose at moisture air. Lanthanum chloride, lanthanum oxide or lanthanum metal is the raw material. Its production method is same to cerium nitride.
Lanthanum Nitride
LaN La/RE 99.5% 2N5
Particle size: -100mesh, -200mesh
| CAS No.:25764-10-7 | EINECS No.:247-245-1 | Molecular Formula:LaN | Molecular Weight:152.92 |
| Melting Point:2450℃ | Density:6.73 |
Applications
As a member of the rare earth nitride family, lanthanum nitride exhibits excellent thermal stability, high electrical conductivity, and impressive optical characteristics, making it a valuable material in various fields. Its applications extend from electronics to optoelectronics, where it serves as a promising candidate for use in advanced technologies.
In electronics, lanthanum nitride is explored for its potential in semiconductor devices and as a protective coating due to its hardness and resistance to oxidatio. In optoelectronics, it shows promise in the development of light-emitting devices and photonic applications, where its luminescent properties can be harnessed. Additionally, its unique thermal and chemical properties make it an attractive option for use in high-temperature applications, including aerospace and defense.
As research continues to unveil the capabilities of lanthanum nitride, its role in innovative applications is poised to expand, driving advancements in material science, energy efficiency, and electronic device performance.
LaN can use as catalyst for synthesis of ammonia. It is also a refractory material and ceramic material.