Gadolinium nitride powder is an important inorganic compound with a wide range of applications. It is commonly used in multiple fields such as chemical reagents, food, agriculture, and medicine, demonstrating its versatility and practicality. The characteristics of gadolinium nitride powder make it play an important role in these fields, providing strong support for the development of related industries.
purity: REN ≥ 99, GdN/REN ≥ 99.9
Specification: -100 mesh/-200 mesh
CAS: 25764-15-2
Gadolinium Nitride Powder (GdN₃) is prized for its intrinsic ferromagnetic semiconducting behavior. This rare-earth nitride exhibits a direct bandgap and strong magnetic ordering at relatively low temperatures, making it a valuable material in the development of spintronic devices. Its capability to manipulate spin polarization and function as a magnetic insulator offers researchers and manufacturers a material that bridges magnetic and semiconducting functionalities — a rare combination in the materials landscape.
GdN₃ offers excellent stability under vacuum and inert gas atmospheres, which is particularly important for environments such as molecular beam epitaxy (MBE) and high-vacuum sputtering systems. This chemical stability minimizes degradation or contamination during thin film deposition processes, ensuring consistent film morphology and purity — essential for optoelectronic and quantum materials research.
As part of the rare-earth nitride family, Gadolinium Nitride powder integrates well with other lanthanide nitrides in multilayer coatings or heterostructures. This compatibility facilitates its use in complex device architectures where magnetic, electrical, and optical properties must be finely tuned. It is often used alongside materials like SmN, DyN, and LaN in tailored thin-film stacks to exploit exchange coupling or spin-filtering effects.
When synthesized under controlled conditions, GdN₃ powder can achieve ultra-high purity and controlled particle sizes — a key factor for research institutions and semiconductor labs focused on reproducibility and high-performance results. High-purity GdN₃ is crucial in minimizing unintended defect levels that could otherwise compromise magnetic or conductive properties in thin film applications.
Due to its electronic band structure and magnetic ordering, Gadolinium Nitride is under investigation for use in quantum computing components, including topological insulators and quantum spin Hall materials. The exploration of GdN₃ in such domains positions it as a next-generation material in condensed matter physics and quantum information science.
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