A father-and-son team are developing a way to use terahertz radiation -- which consists of extremely high-frequency radiation -- to detect and prevent rusting in cars. Anis and Aunik Rahman have developed technology which analyzes automobiles' paint jobs, making sure that the required layers of paint have all been applied properly
The technology works by emitting a beam of terahertz-frequency radiation into the paint. The radiation penetrates through the metal before being reflected back. By analyzing the reflections, it is possible to figure out how thick each of layer of paint is, down to the tens of nanometers.
This terahertz technology can also be used to study how paints bond to different kinds of material and to analyze paint composition on historical artifacts.
The Rahmans are currently seeking business partners for their technology.
Rust-Preventing Radiation
Terahertz Radiation is Being Used to Assess Car Paint Jobs
Trend Themes
1. Terahertz Radiation for Rust-prevention in Cars - Applying terahertz radiation technology to assess car paint jobs could revolutionize the rust-prevention industry.
2. Terahertz Radiation for Quality Control in Painting Industry - Using terahertz radiation technology can make paint analysis faster and more accurate, leading to better quality control within the painting industry.
3. Terahertz Radiation for Material Analysis - Having the ability to accurately analyze paint composition on historical artifacts through the use of terahertz radiation technology can create new opportunities for material analysis in the archaeology and museum industries.
Industry Implications
1. Automotive - The automotive industry can benefit from incorporating terahertz radiation technology in their existing quality control processes to ensure preventative rust measures.
2. Painting - The use of terahertz radiation technology can significantly improve the accuracy of paint analysis, leading to better quality control and higher-quality products within the painting industry.
3. Archaeology/museum - Employing terahertz radiation technology has the potential to revolutionize material analysis for historical artifacts in the archaeology and museum industries.