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Electrodeless UV Sources for Microfabrication: Recent Advances and Applications
Why UV Sources Still Matter on the Fab Floor Despite the rise of deep-UV lasers and high-power LEDs, many microfabrication steps still live or die by how uniformly, cleanly, and predictably we deliver ultraviolet photons over a wafer, panel, or roll-to-roll web. Photoresist exposure is the obvious case, but the list is much longer: surface…
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Advanced Electrodeless Discharge Lamps: Precision Light Sources for Atomic Absorption
In the ever-evolving field of atomic absorption spectroscopy, accuracy and sensitivity are vital. Light sources must be stable, precise, and tailored to meet the needs of modern scientific analysis. High-Frequency Electrodeless Discharge Lamps (HF EDLs) are among the most effective tools for this purpose. Developed to emit narrow and intense spectral lines, these lamps offer…
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Illuminating Science: High-Frequency Electrodeless Discharge Lamps (HF EDLs)
A Breakthrough in Atomic Spectroscopy In the world of atomic absorption spectroscopy, precision and stability are essential. High-Frequency Electrodeless Discharge Lamps (HF EDLs) have become a vital source of intense, stable radiation for scientific and analytical applications. These advanced light sources offer a number of performance advantages over traditional hollow cathode lamps, making them a…
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Theoretical Physics Laboratory in Riga: A Legacy of Atomic Research
Overview of the Laboratory Located in Riga, the Theoretical Physics Laboratory is part of the Institute of Atomic Physics and Spectroscopy at the University of Latvia. With a long-standing tradition in advanced theoretical research, the laboratory is known internationally for its contributions in atomic physics, including work on atoms in strong electromagnetic fields, multiphoton ionization,…
