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We report x-ray synchrotron experiments on epitaxial films of uranium,deposited on niobium and tungsten seed layers. Despite similar latticeparameters for these refractory metals, the uranium epitaxial arrangements aredifferent and the strains propagated along the a-axis of the uranium layers areof opposite sign. At low temperatures these changes in epitaxy result indramatic modifications to the behavior of the charge-density wave in uranium.The differences are explained with the current theory for the electron-phononcoupling in the uranium lattice. Our results emphasize the intriguingpossibilities of producing epitaxial films of elements that have complexstructures like the light actinides uranium to plutonium.

The malleability of uranium: manipulating the charge-density wave in epitaxial films