<--- Back to Details
First PageDocument Content
Scientific method / Microscopes / Radiography / X-ray microscope / Materials science / Medical physics / X-ray nanoprobe / Tomography / X-ray microtomography / Medicine / Medical imaging / Science
Date: 2014-10-16 01:42:46
Scientific method
Microscopes
Radiography
X-ray microscope
Materials science
Medical physics
X-ray nanoprobe
Tomography
X-ray microtomography
Medicine
Medical imaging
Science

Add to Reading List

Source URL: xrm2014.synchrotron.org.au

Download Document from Source Website

File Size: 115,71 KB

Share Document on Facebook

Similar Documents

3D rendering / Physics / Imaging / Engineering / 3D modeling / Volume rendering / X-ray microtomography / Rendering / Bidirectional reflectance distribution function / Scattering / CT scan / Path tracing

research highlights DOI: 1 7 Building Volumetric Appearance Models of Fabric Using Micro CT Imaging

DocID: 1rhe0 - View Document

Medical imaging / Materials science / Microtechnology / Tomography / X-ray microtomography / Scan / CT scan / Mouse button / Technology / Chemistry / Vision

SOP: Collaborative Cross Project Revised: May 13, 2011 1. Sample Preparation and Setup Thaw the mice the night before in the refrigerator. Roughly 6 to 7 mice can be scanned per day (i.e., 6 to 7 hours of scanning).

DocID: 1qVv9 - View Document

Imaging / 3D imaging / Medical imaging / Cubes / Voxel / X-ray microtomography / Fiber / CT scan / Image segmentation / Dietary fiber / Composite material / Optical fiber

Microstructural analysis of lignocellulosic fiber networks T. Walthera , K. Terzicb , T. Donathc , H. Meineb , F. Beckmannc , H. Thoemena a University of Hamburg, Department of Wood Science, Leuschnerstrasse 91, 21031 Ha

DocID: 1q3Vs - View Document

Composite materials / Engineered wood / Medium-density fibreboard / Materials science / 3D imaging / X-ray microtomography / Voxel / Volume rendering / Void / Density / Textile / Pulp

NEW OPPORTUNITIES FOR THE MICROSTRUCTURAL ANALYSIS OF WOOD FIBRE NETWORKS Thomas Walther1, Heiko Thoemen1, Kasim Terzic2, Hans Meine2 1 University of Hamburg, Department of Wood Science, Leuschnerstrasse 91, 21031 Hambu

DocID: 1oUKP - View Document

Materials science / 3D imaging / 3D computer graphics / Microtechnology / Tomography / X-ray microtomography / CT scan / Voxel

MicroCT Imaging and 3D Reconstruction Protocol for Hard and Soft tissue. Embryos investigated include wildtype and various conditional knock out models. Samples are harvested on days E13.5 - E18.5 post coitus or at P0.

DocID: 1oQJF - View Document