Gadolinium (III) Bromide | GdBr3 powder | CAS 13818-75-2 | Factory price

Short Description:

Gadolinium (III) Bromide has important applications in neutron capture and radiation shielding, phosphors for lighting and displays, MRI contrast agents, and research and development, highlighting its versatility and importance in various fields.

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Brief introduction

Product Name: Gadolinium (III) Bromide
Formula: GdBr3
CAS No.: 13818-75-2
Molecular Weight: 396.96
Density: 4.56 g/cm3
Melting point: 770°C
Appearance: White solid

Application

Neutron Capture and Radiation Shielding: Gadolinium is known for its high neutron capture cross section, which makes gadolinium bromide very useful in nuclear applications. It is used in radiation shielding materials and neutron detectors, helping to protect sensitive equipment and personnel from harmful radiation. This application is crucial in nuclear power plants and research facilities.
Phosphors in lighting and displays: Gadolinium bromide can be used as a phosphor material in a variety of lighting applications. When doped with other rare earth elements, it can emit light at specific wavelengths, thereby improving the color quality and efficiency of fluorescent lamps and LED displays. This property makes it of great value in the development of advanced lighting technology and display systems.
Magnetic Resonance Imaging (MRI): Gadolinium compounds (including gadolinium bromide) are used in medical imaging, especially as contrast agents for MRI. Gadolinium enhances the contrast of images, allowing better visualization of internal structures and abnormalities. This application is critical for accurate diagnosis and treatment planning in medical practice.
Research and Development: Gadolinium bromide is used in a variety of research applications, particularly in materials science and solid-state physics. Its unique properties make it a hot topic for the development of new materials, including magnetic materials and superconductors. Researchers explore the potential of gadolinium bromide in innovative applications, contributing to advances in technology and materials science.