Japan's Sumitomo Rubber Industry has published progress on the development of a new technology in collaboration with the RIKEN, high-brightness optical science research centre at Tohoku University, this technique is a new technique for studying atomic, molecular and nanostructure and measuring motion in a wide time domain including 1 nanosecond. Through this research, we can promote the development of tire with high strength and excellent wear resistance.
Previous techniques have only been able to measure atomic and molecular motion in rubber in the time range of 10 to 1000 nanoseconds. In order to improve the wear resistance, it is necessary to study the atomic and molecular motion in rubber in more detail in a shorter time range.
The new radioluminescence technology can measure motion between 0.1 and 100 nanoseconds, so it can be combined with existing measurement techniques to measure atomic and molecular motion over a wide range of time. The technology was first developed using a large radioluminescence research facility called spring -8. In addition, by using the latest 2-d X-ray camera, Citius, you can measure not only the time scale of a moving object, but also the size of space at the same time.
Rubber deflashing machine
The research is led by the Japanese Japan Science and Technology Agency, joint research between schools and enterprises, and is dedicated to advancing the strategic creative research cause “CREST” of international high-quality research with originality, by applying this technology to the improvement of tire performance, a sustainable society can be realized. Make a contribution.
Post time: Jun-26-2024