Here at the J Park we are trying to answer a very fundamental equation for humankind how our universe began how the matter is produced and how the matter in life and their diversity emerged Jay Park stands for Japan proton accelerator journal of materials research and technology, journal of materials research complex it is located about 130 kilometres north of tokyo jay park is funded from next the Ministry of Education Culture Sports Science and Technology it is a unique multi-purpose journal of materials research and technology, journal of materials research facility engaged in basic science and industrial applications basing on world-class high intensity protonic circuits jay park is open for any users for universities journal of materials research and technology, journal of materials research institutes and industries from all over the world jay park produces the world highest post Neutron in a moonbeams both material and life science jay park material and life science experimental facility opened a new world of science before japan it was hard to observe time-dependent structure change in material but now it is possible for example recently we succeeded in observing change of inner structure of resume ion battery in worker level during charging and discharging processes we want to review the functions of material and contribute to development in Science and Industry planet is a high-pressure journal of materials research and technology, journal of materials research
Newton diffractometer in the MAF using a parsed Neutron beam we are investigating how the structure of a materials changes under extreme pressure and temperature we can determine the structure of priests are amorphous and liquid materials and a high pressure up to a hundred cuba and temperature up to two thousand carry users also has an access to low temperature press that can go down to 77 Kelvin neutron diffraction is a powerful tool to locate the light elements such as hydrogen in the structure thus high-pressure experiments journal of materials research and technology, journal of materials research at planet have implications in a broad range of science for instance in geophysics the beam pipe allows us to determine the structure Institute to shed the light on the role of hydrogen inside the earth using Neutron the muon superior sensitivity to magnetism enables the construction of precise magnetic and the superconducting phase diagrams of high TC materials to help elucidate the original super conductivity since the mass of the postman is 1/9 of that over proton behaves like a lighter isotope of hydrogen using this property the behavior of hydrogen is semiconductors metals and earth science related materials has been extensively studied on the other hand negatively charged ions behave like heavy electrons the highly energetic me on x-ray is used to analyze non-destructively journal of materials research and technology, journal of materials research remember competitions and depth profiles from the service to centimeter depth the world’s most intense positive and negative ion beams bring many experiments from concept to reality every year about 1,000 users reached MAF and appreciate Neutron neon beads a usury industry collaborators are not experts all the experiment and the muon and the neutrons MLF stuff can provide a basic knowledge of neutron MedImmune experiments they are a sample environments in the data analysis method in case of industrial polymers journal of materials research and technology, journal of materials researchers for example American provided the whole picture of the permit systems I belong to Smita murabba industries we are one of the leading manufacturers of tire in the world I specialize in polymer physics using Neutron and x-ray scattering which contribute to new material development this systematic studies is to develop new materials journal of materials research and technology, journal of materials research for example we could know that the surface modification of silica makes it possible to control the flexibility of polymer based on this result we have achieved a 200 percent improvement in the world resistance performance compared to our standard tire in 2011 high-end science and industrial application is a strong combination which can benefit society jay park also produces high-intensity neutrino beam for elementary particle physics and can beams for particle and the niger Felix I work on neutrino experiment TGK we’re exploring fundamental symmetries of nature by preparing the neutrino and antineutrino beams t2k extends for Tokai to kameoka we have 295 kilometers separating the two parts of the experiment and that’s how far our neutrino being travel we are going full force to explore the CP violation hints that we already have from our 2016 data the main ring power will increase substantially in 2018 which will more than double the repetition rate of the accelerator and that will give us a much stronger result we would like to enhance the capability of the facility by increasing the beam power and by constructing more beam lines to accommodate the more users with both academic and industrial sectors journal of materials research and technology, journal of materials research.
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