Evaluation results.

<div><p>Spectral Photon Counting Computed Tomography (SPCCT), a ground-breaking development in CT technology, has immense potential to address the persistent problem of metal artefacts in CT images. This study aims to evaluate the potential of Mars photon-counting CT technology in reduci...

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Bibliographic Details
Main Author:	Briya Tariq (19666901) (author)
Other Authors:	Osama Sikander (19666904) (author), Nadine Francis (19666907) (author), Manar Alkhatib (19666910) (author), Farhat Naseer (19666913) (author), Naoufel Werghi (16929741) (author), Esat Memisoglu (14342110) (author), Nabil Maalej (19666916) (author), Aamir Raja (19666919) (author)
Published:	2024
Subjects:	Biochemistry Cell Biology Science Policy Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified fat substitute ). cortical bone screw lower rmse across snr ), linearity increased energy bins five energy bins div >< p 2 </ sup reducing metal artefacts counting ct technology material identification accuracy mars spcct scanner without metal inserts metal artefacts rmse ), ct technology material identification mars photon containing inserts metal objects metal insert spcct ), varying concentrations three sets subsequently reconstructed study aims replicating real remained consistent reference dataset reference data persistent problem performed using objectively assessed noise ratio mineral present material phantom material concentrations demonstration purposes data acquisition ct images breaking development biological sample better signal attenuation profiles also scanned 80 μa 25 %) 118 kvp 118 kev
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Evaluation results.

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