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1. Optical and laser materials
-Used as a precursor for neodymium-doped laser crystals (such as Nd:YAG) for solid-state lasers.
-Used as a matrix or activator in fluorescent materials for display and lighting equipment.
2. Ceramics and functional materials
-Added to ceramics to improve high temperature resistance, mechanical strength and dielectric properties.
-Used to prepare special glass, improve optical transmittance and refractive index.
3. Catalysts
-As a catalyst carrier or active component, it is involved in organic synthesis (such as polymerization reaction) and environmental protection catalysis (waste gas treatment).
4. Nuclear industry
-Due to the high neutron absorption cross section of neodymium, it may be used for nuclear waste solidification or neutron shielding material (depending on the specific isotope).



