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The Philosophical Methodology for Designing Highly Accurate Laser Tomography — Hüseyin Özgür Kazancı

The Philosophical Methodology for Designing Highly Accurate Laser Tomography
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The Philosophical Methodology for Designing Highly Accurate Laser Tomography

Hüseyin Özgür Kazancı

Nobel Bilimsel Eserler

2022100 sf.
Şehadet KitapEn ucuz

The Philosophical Methodology for Designing Highly Accurate Laser Tomography

Hüseyin Özgür Kazancı

Diffuse optical tomography DOT optic imaging modality is the medical imaging technique used in the biomedical field Experimental biomedical optic imaging method which uses the lasers at specific wavelengths is an important imaging modality for research purposes especially for breast tumors and brain neurophysiological medical clinical applications where the presence and absence of oxygenated blood is investigated Some difficulties in the DOT imaging method prevented the method from being developed The most important negative factor is that its spatial and temporal resolution is not within acceptable limits The method was improved as a result of the steps taken by the researchers over time on the other hand it was not possible to be in the desired limits The most important steps are 1 Changing the angle of entry of source and detector probes to the tissue surface 2 Using high density source and detector SD probes 3 Using only phase angle data in frequency domain devices can be counted These studies are related to the improvement of the method In this book new improvements are mentioned and possible tools and equipment required to develop the method are mentioned It is hoped that it will shed light on researchers and readers working in this field

Benli Kitap
228,60

Nobel Bilimsel Eserler

2022-10-251. baskı100 sf.
Karton135-215-0Kitap Kağıdıİngilizce
Benli Kitap

Diffuse optical tomography DOT optic imaging modality is the medical imaging technique used in the biomedical field Experimental biomedical optic imaging method which uses the lasers at specific wavelengths is an important imaging modality for research purposes especially for breast tumors and brain neurophysiological medical clinical applications where the presence and absence of oxygenated blood is investigated Some difficulties in the DOT imaging method prevented the method from being developed The most important negative factor is that its spatial and temporal resolution is not within acceptable limits The method was improved as a result of the steps taken by the researchers over time on the other hand it was not possible to be in the desired limits The most important steps are 1 Changing the angle of entry of source and detector probes to the tissue surface 2 Using high density source and detector SD probes 3 Using only phase angle data in frequency domain devices can be counted These studies are related to the improvement of the method In this book new improvements are mentioned and possible tools and equipment required to develop the method are mentioned It is hoped that it will shed light on researchers and readers working in this field