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Cr:Forsterite (Chromium doped Forsterite, Cr:Mg2SiO4)

Cr:Forsterite (Chromium-doped Forsterite) is a crystal material that contains Chromium ions (Cr3+) as dopants in its Forsterite (Mg2SiO4) lattice structure. It is commonly used as a solid-state laser crystal due to its unique optical properties, such as high transparency, high thermal stability, and efficient laser performance. The presence of Chromium ions enhances the crystal's lasing efficiency and makes it suitable for a variety of laser applications in fields such as medicine, material processing, and scientific research. The largest size of Cr:Forsterite crystal is determined by various factors such as the crystal growth method, the quality of the starting material, and the available technology. In general, the size of Cr:Forsterite crystals can range from millimeters to centimeters, depending on the growth method and conditions. For example, some reports have shown that large Cr:Forsterite crystals with sizes up to 3 cm have been successfully grown using the Czochralski method. Other growth methods, such as the floating zone method, can also produce Cr:Forsterite crystals with sizes up to several centimeters. It's important to note that the largest size of a Cr:Forsterite crystal is not necessarily the most suitable for all laser applications, as other factors such as crystal quality and optical performance are also important considerations.

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SOLIX LTD

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Laser crystals: Alexandrite, Beryllate Lanthanum, Gadolinium Vanadate, Vanadate Yttrium, Yttrium Orthovanadate, Yttrium Orthovanadate, Hexaaluminate Beryllium, Ti:Sapphire, Forsterite, Spinel

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OXIDE Corporation

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Scintillation crystals, laser crystals, polarization control, NLO crystals, crystals for rechargable battery.

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