Michael D. Morris, William F. Finney, Rupak M. Rajachar and David H. Kohn. Faraday Discussions 126 (2004), 159–168; DOI 10.1039/B304905A; first published 3 November 2003. The publisher's byline verifies the full names and University of Michigan affiliations. The Abstract describes hydrated murine femora loaded in tension in a mechanical tester fitted to a Raman microprobe stage; mineral phosphate-band shifts were recorded while loading remained in the elastic regime. Access verified through the publisher's indexed Abstract; direct full-text access was unavailable.
An openly readable abstract with the same byline and DOI is available at pubmed.ncbi.nlm.nih.gov/14992405/ . It describes a custom tester on the Raman microprobe stage, hydrated specimens, simultaneous loading measurements and mineral-band changes below yield. The abstract supplies these apparatus observations; no unavailable full-text details are inferred.
Applied Spectroscopy59(4),393–400, April2005. The publisher's exact byline is P.Matousek, I.P.Clark, E.R.C.Draper, M.D.Morris, A.E.Goodship, N.Everall, M.Towrie, W.F.Finney and A.W.Parker. Abstract: collection regions laterally offset from the excitation spot change surface/subsurface spectral contributions; the physical feasibility sample was trans-stilbene powder beneath1mm of PMMA powder, with a19-fold unprocessed buried-layer contrast improvement. The abstract is the verified locator for this material experiment; no specific offset or wavelength is inferred from inaccessible full text.