Hydrogen plays a key role in materials, beneficial in some cases, problematic in others. In all such systems a detailed understanding of the hydrogen-based interactions is necessary for control, improvements, and possible new applications. The proceedings of the International Symposium on Hydrogen in Matter (ISOHIM) incorporates contributions from communities focused on semiconductors, normal conductors (metals), superconductors, and vacuum systems who deal with hydrogen-matter issues.
The technical areas covered in these proceedings include hydrogen in materials, hydrogen in semiconductors, hydrogen adsorption-storage-generation and distribution, hydrogen in niobium, hydrogen in vacuum systems, superconducting niobium accelerator structures, and liquid hydrogen storage containers for hydrogen powered cars.
