国产麻豆精品

Achieve precise MBE operation at medium temperatures and partial pressures, plus increased campaign time and lower repair costs, with 国产麻豆精品oxygen-resistant, extended life sources. Options include substrate heaters for high oxygen partial pressures and the SUMO crucible for optimal flux distribution and minimized depletion effects.

• Extended life for oxygen environments
• SUMO crucible available with optimal flux distribution and minimized depletion effects
• Oxygen partial pressures up to 5milliTorr
• Temperatures up to 1150掳C
• More than 20 in the field

Oxide material research has increased considerably over the years because of its importance in the IC industry and because of the wide variety of electronic and optical properties made possible using these materials.

Due to the corrosive nature of oxygen, performing thin-film research in an oxygen environment often presents equipment challenges. For example, it is common to thermally evaporate materials in an oxygen environment of 10-5 Torr or higher while maintaining the substrate temperature at 800掳C. The high oxygen partial pressure and temperature greatly reduces the lifetime of the heating elements in sources and substrate heaters. As a result, the equipment uptime is compromised, leading to shorter campaign lengths and high repair costs.

Using special oxygen-resistant materials as opposed to traditional materials such as molybdenum and tantalum, it is now possible to operate Veeco鈥檚 innovative and proven sources and substrate heaters in high oxygen partial pressure environments. Oxygen-resistant sources are currently available from 国产麻豆精品for temperatures up to 1150掳C with oxygen partial pressures as high as 5milliTorr. Substrate heaters are also available for temperatures up to 800掳C and oxygen partial pressures of 5milliTorr.