Samarium nitride is a rare earth metal nitride powder, which a kind of magnetic material. Metallic samarium is the raw material.
Samarium Nitride
Purity: Sm/RE 99.9% (3N)
Particle size:-100mesh, -200mesh
| RE | Sm/RE | La | Ce | Pr | Nd |
| 92.8% | >99.9% | 0.0055% | <0.0010% | <0.0010% | <0.0010% |
| Eu | Gd | Tb | Dy | Ho | Er |
| <0.0010% | <0.0010% | <0.0010% | <0.0010% | <0.0010% | <0.0010% |
| Tm | Yb | Lu | Y | ||
| <0.0010% | <0.0010% | <0.0010% | <0.0010% | ||
| Fe | Si | Al | Ca | Mg | C |
| 0.091% | 0.0052% | <0.010% | <0.010% | <0.010% | 0.013% |
Applications
Samarium nitride (SmN) is a compound derived from samarium, a rare earth element known for its remarkable physical and chemical properties. This nitride exhibits unique characteristics, such as high thermal stability, excellent electrical conductivity, and significant magnetic behavior, making it a valuable material in a variety of advanced applications.
In the field of electronics, SmN is gaining attention for its potential use in semiconductor devices and magnetic materials. Its electrical properties make it suitable for high-temperature applications, where performance and reliability are crucial. Furthermore, its magnetic characteristics can be leveraged in the development of innovative magnetic materials for data storage and spintronic devices.
Samarium nitride is also being explored for its applications in optoelectronics, particularly in the design of light-emitting devices and lasers. Its interaction with light can enhance the performance of photonic systems, contributing to advancements in display technologies and communication systems.
Additionally, the compound’s chemical stability and reactivity position it as a candidate for catalytic applications, particularly in environmental and energy-related processes. As research on SmN continues to evolve, its diverse applications are expected to play a significant role in driving innovation in materials science and technology across various industries.