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Department of Applied Mathematics Research School of Physical Sciences and Engineering The Australian National University, Canberra, AUSTRALIA
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For more information on how these movies are rendered, click
here.
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| Human Cortical Bone showing Haversian and
Volkmann canals. Movie: MPEG, 30 Mbytes, 11 Mbytes "Analysis of 3D Bone Ingrowth
into Polymer Scaffolds via Micro-computed Tomography Imaging", AC
Jones, B Milthorpe, H Averdunk, A Limaye, TJ Senden, A Sakellariou, AP
Sheppard, RM Sok, MA Knackstedt, A Brandwood, D Rohner, DW Hutmacher,
Biomaterials, 25, p4947-4954,
2004.
"Three-dimensional Analysis of Cortical Bone Structure using X-ray Micro-computed Tomography", AC Jones, AP Sheppard, RM Sok, CH Arns, A Limaye, H Averdunk, A Brandwood, A Sakellariou, TJ Senden, BK Milthorpe, MA Knackstedt, Physica A, 339, p125-130, 2004. |
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A small volume of human femoral bone (1 x 1 x
10 mm), showing the 3D morphology of Haversian canals.
Movie: MPEG, 10
Mbytes, 3 Mbytes
"An x-ray tomography facility
for quantitative prediction of mechanical and transport properties in
geological, biological and synthetic systems", A Sakellariou, TJ
Senden, TJ Sawkins, MA Knackstedt, ML Turner,
AC Jones, M Saadatfar, RJ Roberts, A Limaye, CH Arns,
AP Sheppard and RM Sok, in Development
in X-Ray Tomography IV, edited by Ulrich Bonse, Proceedings of
SPIE Vol. 5535 (SPIE, Bellingham, WA, 2004) 473-484.
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