Holmium (III) iodide | HoI3 powder | CAS 13470-38-7 | use in semiconductors | Factory price

Short Description:

Holmium Iodide has important applications in laser technology, nuclear applications, research and development, and optical materials, highlighting its versatility and importance in various fields.

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Product Description

Brief introduction

Product Name: Holmium (III) iodide
Formula: HoI3
CAS No.: 13813-41-7
Molecular Weight: 545.64
Melting point: 1010°C
Appearance: Yellow solid

Application

Laser Technology: Holmium iodide is used to produce holmium-doped lasers, especially for solid-state laser systems. Holmium lasers are known for their efficiency and ability to emit light at specific wavelengths, especially in the near-infrared range. These lasers are widely used in medical applications, such as laser surgery and lithotripsy for kidney stones, as well as in industrial cutting and welding processes.
Nuclear Application: Holmium iodide can be used in nuclear technology due to its high neutron capture cross section. This property makes it useful for neutron shielding and as a component of nuclear reactor control rods. Holmium iodide helps improve the safety and efficiency of nuclear power generation by regulating the fission process and protecting sensitive equipment from radiation.
Research and Development: Holmium iodide is used in a variety of research applications, particularly in materials science and solid-state physics. Its unique properties make it a popular subject for the development of new materials, including advanced magnetic materials and luminescent compounds. Researchers explore the potential of holmium iodide in innovative applications, contributing to advances in technology and materials science.
Optical Materials: Holmium iodide can be used to produce optical materials, including lenses and filters. Its optical properties, combined with its ability to be doped with other rare earth elements, make it suitable for lasers and other photonic devices. This application is critical to the development of advanced optical technologies in telecommunications and imaging systems.