Gadolinium sulfide is yellow crystal powder, which is rare earth metal sulfide. Gadolinium sulphide nano particle, nanorod and nanofiber are available too. Composed of gadolinium and sulfur, Gd2S3 exhibits excellent luminescent properties, thermal stability, and magnetic characteristics, making it a valuable material for various technological solutions.
Gadolinium Sulfide
| CAS No.:12134-77-9 | EC No.:235-217-1 | Molecular Formula:Gd2S3 | Molecular Weight:416.728 |
| Density:6.1 |
Applications
Gadolinium(III) sulphide is a kind of optical material.Nano gadolinium sulphide powder is raw material for nano copper gadolinium sulfide film. The thin film containing CuCd2S4 nano particles has strong absorptivity for near-infrared sunlight. It could be used in absorbing material for near-infrared in heat shield of solar energy.
One of the primary applications of gadolinium sulphide is in the realm of optoelectronic devices. Its luminescent properties make it suitable for use in phosphors and display technologies, contributing to advancements in lighting solutions and high-quality image displays. Gadolinium sulphide can enhance the efficiency and brightness of various light-emitting devices, includings LEDs and laser systems, thereby improving overall performance.
In addition to its optoelectronic applications, gadolinium sulphide is recognized for its potential in magnetic materials. The compound exhibits ferromagnetic behavior, which makes it valuable for use in magnetic sensors and data storage technologies. Its ability to maintain stable magnetic properties while withsanding high temperatures enhances its utility in electronic devices, facilitating the development of more efficient and reliable systems.
Furthermore, gadolinium sulphide has garnered interest in the field of nanotechnology. Its unique properties can be exploited in the synthesis of nanoscale materials for various applications, including drug delivery systems and targeted therapies in the medical field. The versatility of gadolinium sulphide positions it as a promising candidate for innovative research and development in multiple disciplines.