Yb\u2082O\u2083 particles, i.e. ytterbium oxide particles, is an important rare earth oxide.<\/p>\n
Chemical formula: Yb\u2082O\u2083 .
\nMolecular weight: 394.08 .
\nCAS Registry Number: 1314-37-0 .
\nAppearance: Usually white and slightly greenish powder, there are also white or yellowish powdery ytterbium oxide nanoparticles.
\nDensity: 9.17g\/cm\u00b3.
\nMelting point: 2372\u2103.
\nBoiling point: 4070\u00b0C.<\/p>\n
Optical field: it is an important additive for optical glass and ceramics, which can improve the refractive index, hardness and chemical stability of glass and ceramics, making it widely used in optical instruments, electronic equipment and other fields; it can also be used in the manufacture of fibre-optic amplifiers and fibre-optic dopants, which can help to improve the efficiency of transmission and amplification of optical signals.<\/p>\n
Laser field: used as dopant in garnet crystal, it can significantly improve the performance of laser crystal, such as increasing the output power of laser, improving the quality of laser beam, etc., and plays an important role in laser processing, laser communication, laser therapy and many other laser applications.<\/p>\n
Electronic industry: used in the manufacture of magnetic bubble materials for computers, so that the magnetic bubble storage with high speed, large capacity, small size, multi-functional and other characteristics; can also be used as a dopant in electronic components to improve the performance of electronic components .<\/p>\n","protected":false},"excerpt":{"rendered":"
Ytterbium Oxide\u00a0particles, i.e. ytterbium oxide particles, is an important rare earth oxide.<\/p>\n
Optical field: it is an important additive for optical glass and ceramics, which can improve the refractive index, hardness and chemical stability of glass and ceramics, making it widely used in optical instruments, electronic equipment and other fields; it can also be used in the manufacture of fibre-optic amplifiers and fibre-optic dopants, which can help to improve the efficiency of transmission and amplification of optical signals.<\/p>\n
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