LiF Lithium Fluoride crystal for UV femtosecond laser acceleration of electrons

LiF Lithium Fluoride crystal for UV femtosecond laser acceleration of electrons - request a quote at [e-mail]
Lithium Fluoride (LiF) crystals are an excellent choice for applications involving UV femtosecond lasers and electron acceleration due to several advantageous properties:
UV Transparency: LiF has an excellent transmission range extending into the ultraviolet (UV) region, making it suitable for UV laser applications. It transmits well from the vacuum UV (VUV) at around 0.11 microns to about 6 microns in the infrared.
High Damage Threshold: LiF crystals have a high laser damage threshold, which is crucial for femtosecond laser applications where high peak power and energy densities are involved.
Low Dispersion: LiF exhibits low dispersion in the UV region, which helps in maintaining the short pulse duration of femtosecond lasers.
Radiation Hardness: LiF is known for its resistance to radiation damage, which is beneficial in environments where electron acceleration is performed.
Mechanical Properties: LiF is relatively soft compared to other materials like sapphire, but it is still mechanically stable enough for precision optical applications, especially when properly mounted and protected.
Thermal Properties: LiF has good thermal conductivity and can handle the heat generated during high-intensity laser operations.
These properties make LiF crystals a preferred choice for UV femtosecond laser applications, including the acceleration of electrons. They ensure efficient transmission of UV light, maintain pulse integrity, and endure the high-intensity environment of femtosecond laser systems.
Keywords: LiF, Lithium Fluoride, UV femtosecond laser, electron acceleration, UV transparency, high damage threshold, low dispersion, radiation hardness, mechanical properties, thermal properties