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References in EGS_cbct: Simulation of a fan beam CT and RMI phantom for measured HU verification - Physica Medica: European Journal of Medical Physics
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Image artifacts caused by incorrect bowtie filters in cone‐beam CT image‐guided radiotherapy - Cao - 2020 - Journal of Applied Clinical Medical Physics - Wiley Online Library
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Fig 5. | Conebeam CT of the Head and Neck, Part 1: Physical Principles | American Journal of Neuroradiology
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Image artifacts caused by incorrect bowtie filters in cone‐beam CT image‐guided radiotherapy - Cao - 2020 - Journal of Applied Clinical Medical Physics - Wiley Online Library
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Characterization of scatter magnitude and distribution in dedicated breast computed tomography with bowtie filters
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A standard CT with a standard bow-tie filter reduces intensity towards... | Download Scientific Diagram
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Experimental validation of a method characterizing bow tie filters in CT scanners using a real-time dose probe. - Abstract - Europe PMC
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A standard CT with a standard bow-tie filter reduces intensity towards... | Download Scientific Diagram
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Achieving uniform noise in direct fan-beam CT reconstruction through bowtie filter design | Semantic Scholar
![CT Equipment Components Filter: Placed between the x-ray source and the patient (similar to that used in plain film radiography). 1. Removes low energy (soft) x-rays that do not contribute to image formation but do increase patient dose. 2. As the low energy ... CT Equipment Components Filter: Placed between the x-ray source and the patient (similar to that used in plain film radiography). 1. Removes low energy (soft) x-rays that do not contribute to image formation but do increase patient dose. 2. As the low energy ...](https://sites.google.com/site/frcrphysicsnotes/_/rsrc/1485530506292/ct-equipment/ct-equipment-bow-tie.png?height=257&width=320)
CT Equipment Components Filter: Placed between the x-ray source and the patient (similar to that used in plain film radiography). 1. Removes low energy (soft) x-rays that do not contribute to image formation but do increase patient dose. 2. As the low energy ...
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