Study Sheds Light on Fundamental Physics of Dislocations and

Researchers have discovered that linear defects can propagate through a material faster than sound waves do.
This gives scientists a new appreciation of the damage they might do to a broad range of materials in extreme conditions

Related Keywords

Japan , United Kingdom , Culham , Oxfordshire , Linac , Midi Pyrées , France , Stanford , Leicestershire , Nagoya , Aichi , Osaka , Kento Katagiri , Joan Nugentoct , Leora Dresselhaus Marais , Lawrence Livermore National Laboratory , Stanford Institute For Materials , National Accelerator Laboratory , Stanford University , Japan Synchrotron Radiation Research Institute , Professor Norimasa Ozaki At Osaka University , Culham Science Center , Nagoya University , Department Of Energy , Osaka University , Accelerator Laboratory , Professor Norimasa Ozaki , Advanced Materials Show , X Ray Images , Coherent Light Source , Stanford Institute , Livermore National Laboratory , Force Office ,