Radium TECH Wiki

Radiation Technology in Industry

Terms, Principles, and Physical Fundamentals of Infrared and Excimer Lamps

Industry demands energy-efficient, precisely controllable, and reliable technologies. Infrared and excimer lamps are key components of modern radiation processes—from heating and drying to UV disinfection. In our technical wiki, we provide you with the most important fundamentals: clear, practical, and tailored to your applications.

   

Wiki article on excimer technology (UV/VUV)

Excimer technology uses short-wavelength, high-energy UV radiation – mostly in the vacuum UV range. Ideal for precise, cold, and chemical-free processes in industry, research, and medicine.

• Excimer Technology:
  Fundamentals, wavelengths, and applications. Structure, operating principle, and wavelength spectra of excimer lamps – e.g. B. Xenon (172 nm), KrCl (222 nm), or XeCl (308 nm)
• What is VUV radiation?
  Properties of the vacuum UV spectrum, applications, and differences from conventional UV-C radiation.

   

Wiki article on infrared technology (IR)

Infrared radiation generates heat – precisely controllable, contactless, and efficient. From heat setting to IR welding, IR emitters offer versatile solutions for industrial process heating.

• What is infrared radiation?
  Fundamentals, spectral ranges (NIR, MIR, FIR), and material absorption – with practical applications in drying and heating processes.
• Specific emission and performance limits of infrared emitters
  Physical influences on efficiency and intensity

   

Wiki articles on comprehensive topics

• Color temperature, specific radiance, and Planckian radiator
  Physical principles for describing radiation sources in the UV and IR range.

    

Why a technical wiki?

   

Learn more now

Our wiki is continuously being expanded. If you have specific technical topics or detailed questions about the application of infrared or excimer radiation, please contact our technical department.