J Nondestruct Eval[removed]: 149–155 DOI[removed]s10921[removed]Techniques for Neutron Stress Determination with High Spatial Resolution Thomas Gnäupel-Herold - X-ray crystal truncation rod - Document - PDFSEARCH.IO

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$Diffraction / Spectroscopy / Optics / Neutron diffraction / Diffractometer / X-ray crystal truncation rod / Monochromator / Diffraction topography / Open-pool Australian lightwater reactor / Scientific method / Physics / Science$	J Nondestruct Eval[removed]: 149–155 DOI[removed]s10921[removed]Techniques for Neutron Stress Determination with High Spatial Resolution Thomas Gnäupel-Herold Add to Reading List Document Date: 2015-01-22 17:05:06 Open Document File Size: 1,95 MB Share Result on Facebook City Amsterdam / Santos / Porto / Oxford / / Company Carpenter / International Deep Drawing Research Group / Springer Science+Business Media LLC / / Country Portugal / United States / / / Facility T. Gnäupel-Herold University of Maryland / College Park / / IndustryTerm metal / sheet metal forming / aperture systems / ferritic steel / high manufacturing cost / experimental tool / energy / steel / / Organization NIST Center for Neuron Research / University of Maryland / College Park / / Person Thomas Gnäupel-Herold Published / / Position author / / ProvinceOrState Maryland / / Technology Laser / X-ray / / SocialTag Diffraction Spectroscopy Optics Neutron diffraction Diffractometer X-ray crystal truncation rod Monochromator Diffraction topography Open-pool Australian lightwater reactor Scientific method

J Nondestruct Eval[removed]: 149–155 DOI[removed]s10921[removed]Techniques for Neutron Stress Determination with High Spatial Resolution Thomas Gnäupel-HeroldAdd to Reading List