VUV-5K (Ultraviolet Light Source)
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Introduction to Vacuum Ultraviolet Light Sources
Introducing a high-intensity ultraviolet light source (vacuum ultraviolet light source). 【Details】*In English The Scienta VUV5000 is a high intensity, narrow bandwidth extreme UV source. It provides radiation concentrated to He I (21 eV and 23 eV) and He II (41 eV). The flux density per unit wavelength interval is comparable to that obtainable from the best undulator beam lines. The photon flux emitted through a 2 mm aperture is about 500 times higher than that from conventional discharge VUV sources. *For more details, please contact us or download the PDF materials.
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The excellent stability of the VUV5000 makes it ideal for measurements such as studies of ultrathin films and nanomaterials, requiring extremely high intensity and long measurement times. In addition, the 1 meV bandwidth allows high resolution gas phase and cluster measurements. *For more details, please contact us.*
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On May 28, 2015, VG Scienta and Omicron NanoTechnology merged to start anew as Scienta Omicron. Scienta Omicron Co., Ltd. was established as the general agent in Japan with the aim of making a substantial contribution to research and development in the country. VG Scienta has recognized the importance of photoelectron spectroscopy since its early days and has developed and introduced many related devices to the market as a top global brand. Omicron NanoTechnology has continuously provided cutting-edge technology to the market through its outstanding product lineup, including scanning tunneling microscopes (STM), atomic force microscopes (AFM), and X-ray photoelectron spectroscopy (XPS) systems, all utilizing ultra-high vacuum technology. Moving forward, our mission is not only to provide state-of-the-art evaluation technology-related equipment but also to contribute to the development of science and industry in Japan by offering comprehensive services and technical support. We hope you look forward to our evaluation technologies.