Imaging of particles using optical tomography based on charge-coupled device linear image sensor
The word ‘tomography’ is derived from two Greek words - ‘tomos’ and ‘graphia’. The word “tomos’ means slice while the word ‘graphia’ refers to image. Therefore, tomography is defined as developing cross-sectional images in order to visualize a process. The cross-section of this type is called tom...
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my.utm.134962017-10-05T07:30:56Z http://eprints.utm.my/id/eprint/13496/ Imaging of particles using optical tomography based on charge-coupled device linear image sensor Idroas, Mariani Yik, See Ling Ibrahim, M. Nasir Q Science (General) QD Chemistry The word ‘tomography’ is derived from two Greek words - ‘tomos’ and ‘graphia’. The word “tomos’ means slice while the word ‘graphia’ refers to image. Therefore, tomography is defined as developing cross-sectional images in order to visualize a process. The cross-section of this type is called tomogram and the equipment that generates the image is a tomography (Hjertaker, 1994). The concept of tomography was first published as early as 1826 for an object with axi-symmetrical geometry, by a Norwegian physicist named Abel. In 1917, an Australian mathematician, Radon, extended Abel’s idea for objects with arbitrary shapes. Penerbit UTM 2007 Book Section PeerReviewed Idroas, Mariani and Yik, See Ling and Ibrahim, M. Nasir (2007) Imaging of particles using optical tomography based on charge-coupled device linear image sensor. In: Advanced Gas Technology II. Penerbit UTM, Johor, pp. 71-84. ISBN 978-983-52-05989-9 |
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Q Science (General) QD Chemistry Idroas, Mariani Yik, See Ling Ibrahim, M. Nasir Imaging of particles using optical tomography based on charge-coupled device linear image sensor |
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The word ‘tomography’ is derived from two Greek words - ‘tomos’ and ‘graphia’. The word “tomos’ means slice while the word ‘graphia’ refers to image. Therefore, tomography is defined as developing cross-sectional images in order to visualize a process. The cross-section of this type is called tomogram and the equipment that generates the image is a tomography (Hjertaker, 1994). The concept of tomography was first published as early as 1826 for an object with axi-symmetrical geometry, by a Norwegian physicist named Abel. In 1917, an Australian mathematician, Radon, extended Abel’s idea for objects with arbitrary shapes. |
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Book Section |
author |
Idroas, Mariani Yik, See Ling Ibrahim, M. Nasir |
author_facet |
Idroas, Mariani Yik, See Ling Ibrahim, M. Nasir |
author_sort |
Idroas, Mariani |
title |
Imaging of particles using optical tomography based on charge-coupled device linear image sensor |
title_short |
Imaging of particles using optical tomography based on charge-coupled device linear image sensor |
title_full |
Imaging of particles using optical tomography based on charge-coupled device linear image sensor |
title_fullStr |
Imaging of particles using optical tomography based on charge-coupled device linear image sensor |
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Imaging of particles using optical tomography based on charge-coupled device linear image sensor |
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imaging of particles using optical tomography based on charge-coupled device linear image sensor |
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Penerbit UTM |
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2007 |
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http://eprints.utm.my/id/eprint/13496/ |
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