Results 261 to 270 of about 206,641 (309)
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Journal of microscopy, 2011
In this paper, the field of quantitative microcomputed tomography arising from the combination of microcomputed tomography and quantitative 3D image analysis, is summarized with focus on materials science applications. Opportunities and limitations as well as typical application scenarios are discussed.
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In this paper, the field of quantitative microcomputed tomography arising from the combination of microcomputed tomography and quantitative 3D image analysis, is summarized with focus on materials science applications. Opportunities and limitations as well as typical application scenarios are discussed.
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Micro-CT of Early Human Development
Radiology, 2020Online supplemental material is available for this article.
Yousif Dawood, Bernadette S. de Bakker
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SPIE Proceedings, 2005
Micro-CT for bone structural analysis has progressed from an in-vitro laboratory technique to devices for in-vivo assessment of small animals and the peripheral human skeleton. Currently, topological parameters of bone architecture are the primary goals of analysis.
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Micro-CT for bone structural analysis has progressed from an in-vitro laboratory technique to devices for in-vivo assessment of small animals and the peripheral human skeleton. Currently, topological parameters of bone architecture are the primary goals of analysis.
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Classification of microcalcifications using micro-CT
SPIE Proceedings, 2013Microcalcifications are tiny spots of calcium deposit that often occur in female breasts. Microcalcifications are common in healthy woman, but they often are an early sign of breast cancer. On a mammogram; the current standard of care for breast screening; calcifications appear as tiny white dots.
Temmermans, Frederik +6 more
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Analysis of Atherosclerosis with Micro-CT
Radiology, 2005Editor: With interest we read the article of Dr Langheinrich and colleagues in the June 2004 issue of Radiology (1). The authors present an interesting new approach for the analysis of atherosclerosis with the use of micro–computed tomography (CT). This method allows for twoand three-dimensional imaging and quantitative analysis.
Andreas, Mohr +2 more
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2019
The use of micro-CT in medicine and engineering is getting quite popular in the research field. Micro-CT and its applications in dentistry, medicine, tissue engineering, aerospace engineering, geology, and material and civil engineering are a growing demand. Along with this demand, challenges with micro-CT imaging also come together especially in terms
Kaan Orhan +2 more
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The use of micro-CT in medicine and engineering is getting quite popular in the research field. Micro-CT and its applications in dentistry, medicine, tissue engineering, aerospace engineering, geology, and material and civil engineering are a growing demand. Along with this demand, challenges with micro-CT imaging also come together especially in terms
Kaan Orhan +2 more
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2015
micro-CT raw data from Coeliccia scutellum scutellum, Coeliccia scutellum hainanense, Coeliccia pyriformis and Coeliccia ...
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micro-CT raw data from Coeliccia scutellum scutellum, Coeliccia scutellum hainanense, Coeliccia pyriformis and Coeliccia ...
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Advanced Engineering Materials, 2009
AbstractX‐ray computed tomography is an important tool for non‐destructively evaluating the 3‐D microstructure of modern materials. To resolve material structures in the micrometer range and below, high brilliance synchrotron radiation has to be used. The Federal Institute for Materials Research and Testing (BAM) has built up an imaging setup for micro‐
Bernd R. Müller +3 more
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AbstractX‐ray computed tomography is an important tool for non‐destructively evaluating the 3‐D microstructure of modern materials. To resolve material structures in the micrometer range and below, high brilliance synchrotron radiation has to be used. The Federal Institute for Materials Research and Testing (BAM) has built up an imaging setup for micro‐
Bernd R. Müller +3 more
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Evaluation of microvascular anatomy by micro-CT
Herz, 1999Observations indicate that adventitial vasa vasorum may play a role in the development and/or the progression of coronary atherosclerosis. There is a lack of information regarding the spatial three-dimensional pattern of the vasa vasorum in the coronary artery.
A, Lerman, E L, Ritman
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Assessment of bone quality using micro-computed tomography (micro-CT) and synchrotron micro-CT
Journal of Bone and Mineral Metabolism, 2005The latest micro-computed tomography (micro-CT) can provide ultrahigh-resolution images with resolution of less than 10 microm. Geometric three-dimensional (3-D) parameters, including the orientation, shape, and connectivity of trabeculae, are particularly helpful in understanding complex 3-D structure.
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