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Your search keyword '"Damet, Jérôme"' showing total 29 results
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29 results on '"Damet, Jérôme"'

1. Correcting Charge Sharing Distortions in Photon Counting Detectors Utilizing a Spatial-Temporal CNN

Author

Smith, Aaron, Atlas, James, Atharifard, Ali, Simcock, Corin, Adebileje, Sikiru A., Alexander, Steven D., Amma, Maya R., Anjomrouz, Marzieh, Asghariomabad, Fatemeh, Butler, Anthony P. H., Butler, Philip H., Carbonez, Pierre, Chambers, Claire, Chapagain, Krishna M., Chernoglazov, Alexander I., Clark, Jennifer A., Colgan, Frances, Crighton, Jonathan S., Damet, Jérôme, Dapamede, Theodorus, de Ruiter, Niels J. A., Dixit, Devyani, Doesburg, Robert M. N., Dombroski, Karen, Duncan, Neryda, Gieseg, Steven P., Healy, Joseph L., Holmes, Luke, Jonker, Kevin, Kirkbride, Tracy, Mandalika, V. B. H., Matanaghi, Aysouda, Moghiseh, Mahdieh, Paladugu, Manoj, Palmer, David, Panta, Raj K., Renaud, Peter, Sayous, Yann, Schleich, Nanette, Sheeja, Jereena S., Broeke, Lieza Vanden, Vivek, V. S., Walker, E. Peter, Wijesooriya, Manoj, Iniewski, Krzysztof (Kris), editor, and Cai, Liang (Kevin), editor

Published
2024
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2. Ex-vivo atherosclerotic plaque characterization using spectral photon-counting CT: Comparing material quantification to histology

Author

Adebileje, Sikiru A., Alexander, Steven D., Amma, Maya R., Anjomrouz, Marzieh, Asghariomabad, Fatemeh, Atharifard, Ali, Atlas, James, Bell, Stephen T., Butler, Anthony P.H., Butler, Philip H., Carbonez, Pierre, Chambers, Claire, Chapagain, Krishna M., Chernoglazov, Alexander I., Clark, Jennifer A., Colgan, Frances, Crighton, Jonathan S., Dahal, Shishir, Damet, Jérôme, Dapamede, Theodorus, de Ruiter, Niels J.A., Dixit, Devyani, Doesburg, Robert M.N., Dombroski, Karen, Duncan, Neryda, Gieseg, Steven P., Gopinathan, Anish, Healy, Joseph L., Holmes, Luke, Jonker, Kevin, Kirkbride, Tracy, Lowe, Chiara, Mandalika, V.B.H., Matanaghi, Aysouda, Moghiseh, Mahdieh, Paladugu, Manoj, Palmer, David, Panta, Raj K., Renaud, Peter, Sayous, Yann, Schleich, Nanette, Searle, Emily, Sheeja, Jereena S., Smith, Aaron, Broeke, Leza Vanden, Vivek, V.S., Peter Walker, E., Wijesooriya, Manoj, Ross Younger, W., Healy, Joe, Panta, Raj Kumar, Chernoglazov, Alex, Roake, Justin, Butler, Phil, and Butler, Anthony

Published
2023
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8. Spectral CT Imaging Using MARS Scanners

Author

Raja, Aamir Y., primary, Gieseg, Steven P., additional, Adebileje, Sikiru A., additional, Alexander, Steven D., additional, Amma, Maya R., additional, Asghariomabad, Fatemeh, additional, Atharifard, Ali, additional, Bamford, Benjamin, additional, Bell, Stephen T., additional, Bheesette, Srinidhi, additional, Butler, Anthony P. H., additional, Butler, Philip H., additional, Carbonez, Pierre, additional, Chernoglazov, Alexander I., additional, Dahal, Shishir, additional, Damet, Jérôme, additional, de Ruiter, Niels J. A., additional, Doesburg, Robert M. N., additional, Goulter, Brian P., additional, Healy, Joseph L., additional, Kanithi, Praveen K., additional, Lansley, Stuart P., additional, Lowe, Chiara, additional, Mandalika, V. B. H., additional, Marfo, Emmanuel, additional, Matanaghi, Aysouda, additional, Moghiseh, Mahdieh, additional, Panta, Raj K., additional, Prebble, Hannah M., additional, Schleich, Nanette, additional, Searle, Emily, additional, Sheeja, Jereena S., additional, Uddin, Rayhan, additional, Broeke, Lieza Vanden, additional, Vivek, V. S., additional, Walker, E. Peter, additional, Walsh, Michael F., additional, and Wijesooriya, Manoj, additional

Published
2020
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9. Three-dimensional visualisation of tracks in OPERA nuclear emulsion films

Author

Damet, Jerome, Lopez, Eva Pereiro, and Sasov, Alexander

Subjects
Physics - Instrumentation and Detectors
Abstract

The possibility of a three-dimensional visualisation/reconstruction of tracks in nuclear emulsion films using X-ray imaging is described in this paper. The feasibility of the technique is established with experimental results.

Published
2005

10. Ex-vivo atherosclerotic plaque characterization using spectral photon-counting CT: Comparing material quantification to histology

Author

Healy, Joe, primary, Searle, Emily, additional, Panta, Raj Kumar, additional, Chernoglazov, Alex, additional, Roake, Justin, additional, Butler, Phil, additional, Butler, Anthony, additional, Gieseg, Steven P., additional, Adebileje, Sikiru A., additional, Alexander, Steven D., additional, Amma, Maya R., additional, Anjomrouz, Marzieh, additional, Asghariomabad, Fatemeh, additional, Atharifard, Ali, additional, Atlas, James, additional, Bell, Stephen T., additional, Butler, Anthony P.H., additional, Butler, Philip H., additional, Carbonez, Pierre, additional, Chambers, Claire, additional, Chapagain, Krishna M., additional, Chernoglazov, Alexander I., additional, Clark, Jennifer A., additional, Colgan, Frances, additional, Crighton, Jonathan S., additional, Dahal, Shishir, additional, Damet, Jérôme, additional, Dapamede, Theodorus, additional, de Ruiter, Niels J.A., additional, Dixit, Devyani, additional, Doesburg, Robert M.N., additional, Dombroski, Karen, additional, Duncan, Neryda, additional, Gopinathan, Anish, additional, Healy, Joseph L., additional, Holmes, Luke, additional, Jonker, Kevin, additional, Kirkbride, Tracy, additional, Lowe, Chiara, additional, Mandalika, V.B.H., additional, Matanaghi, Aysouda, additional, Moghiseh, Mahdieh, additional, Paladugu, Manoj, additional, Palmer, David, additional, Panta, Raj K., additional, Renaud, Peter, additional, Sayous, Yann, additional, Schleich, Nanette, additional, Sheeja, Jereena S., additional, Smith, Aaron, additional, Broeke, Leza Vanden, additional, Vivek, V.S., additional, Peter Walker, E., additional, Wijesooriya, Manoj, additional, and Ross Younger, W., additional

Published
2023
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16. MARS pre-clinical imaging: the benefits of small pixels and good energy data

Author

Butler, Philip H., primary, Adebileje, Sikiru A., additional, Alexander, Steven D., additional, Amma, Maya R., additional, Amjomrouz, Marzieh, additional, Asghariomabad, Fatemeh, additional, Atharifard, Ali, additional, Atlas, James, additional, Bamford, Benjamin, additional, Bell, Stephen T., additional, Bheesette, Srinidhi, additional, Butler, Anthony P. H., additional, Carbonez, Pierre, additional, Chambers, Claire, additional, Chernoglazov, Alexander I., additional, Dahal, Shishir, additional, Damet, Jérôme, additional, de Ruiter, Niels J., additional, Doesburg, Robert M., additional, Duncan, Neryda, additional, Gieseg, Steven P., additional, Goulter, Brian P., additional, Gurney, Sam, additional, Healy, Joseph L., additional, Kanithi, Praveenkumar, additional, Kirkbride, Tracy, additional, Lansley, Stuart P., additional, Lowe, Chiara, additional, Mandalika, V B H, additional, Marfo, Emmanuel, additional, Matanaghi, Aysouda, additional, Moghiseh, Mahdieh, additional, Palmer, David, additional, Panta, Raj K., additional, Prebble, Hannah M., additional, Raja, Aamir Y., additional, Sayous, Yann, additional, Renaud, Peter, additional, Schleich, Nanette, additional, Searle, Emily, additional, Sheeja, Jereena S., additional, Uddin, Rayhan, additional, Vanden Broeke, Lieza, additional, V. S., Vivek, additional, Walker, E. Peter, additional, Walsh, Michael F., additional, Wijesooriya, Manoj, additional, and Younger, W. Ross, additional

Published
2019
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17. Assessment of metal implant induced artefacts using photon counting spectral CT

Author

Rajeswari Amma, Maya, primary, Butler, Anthony, additional, Younus Raja, Aamir, additional, Bamford, Benjamin, additional, Butler, Philip H., additional, Walker, Peter, additional, Matanaghi, Aysouda, additional, Adebileje, Sikiru A., additional, Anderson, Nigel, additional, Anjomrouz, Marzieh, additional, Asghariomabad, Fatemeh, additional, Atharifard, Ali, additional, Bell, Stephen T., additional, Bheesette, Srinidhi, additional, Chernoglazov, Alexander I., additional, Dalefield, Tara, additional, de Ruiter, Niels J. A., additional, Duncan, Neryda, additional, Doesburg, Robert, additional, Gieseg, Steven P., additional, Goulter, Brian, additional, Alexander, Steven D., additional, Gurney, Sam, additional, Healy, Joseph, additional, Hilton, Peter, additional, Dahal, Shishir, additional, Carbonez, Pierre, additional, Damet, Jérôme, additional, Chambers, Claire, additional, Kanithi, Praveenkumar, additional, Kirkbride, Tracy, additional, Lansley, Stuart, additional, Lowe, Chiara, additional, Mandalika, V. B. H., additional, Marfo, Emmanuel, additional, Moghiseh, Mahdieh, additional, Palmer, David, additional, Panta, Raj, additional, Prebble, Hannah, additional, Ramyar, Mohsen, additional, Renaud, Peter, additional, Schleich, Nanette, additional, Searle, Emily, additional, Shamshad, Muhammed, additional, Sheeja, Jereena, additional, Uddin, Rayhan, additional, Vanden Broeke, Lieza, additional, V. S., Vivek, additional, Wijesooriya, Manoj, additional, Walsh, Michael, additional, Baer, Kenzie, additional, Tredinnick, Seamus, additional, and Woodfield, Tim, additional

Published
2019
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19. MARS pre-clinical imaging - the benefits of small pixels and good energy data.

Author

Butler, Philip H., Adebileje, Sikiru A., Alexander, Steven D., Amm, Maya R., Anjomrouz, Marzieh, Asghariomabad, Fatemeh, Atharifard, Ali, Atlas, James, Bamford, Benjamin, Bell, Stephen T., Bheesette, Srinidhi, Butler, Anthony P.H., Carbonez, Pierre, Chambers, Claire, Chernoglazov, Alexander I., Clark, Jennifer A., Crighton, Jonathan S., Dahal, Shishir, Damet, Jérôme, and de Ruiter, Niels J. A.

Published
2019
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21. MARS pre-clinical imaging: the benefits of small pixels and good energy data

Author

Müller, Bert, Wang, Ge, Butler, Philip H., Adebileje, Sikiru A., Alexander, Steven D., Amma, Maya R., Amjomrouz, Marzieh, Asghariomabad, Fatemeh, Atharifard, Ali, Atlas, James, Bamford, Benjamin, Bell, Stephen T., Bheesette, Srinidhi, Butler, Anthony P. H., Carbonez, Pierre, Chambers, Claire, Chernoglazov, Alexander I., Clark, Jennifer A., Crighton, Jonathan S., Dahal, Shishir, Damet, Jérôme, de Ruiter, Neils J. A., Doesburg, Robert M. N., Duncan, Neryda, Ghodsian, Nooshin, Gieseg, Steven P., Goulter, Brian P., Gurney, Sam, Healy, Joseph L., Kanithi, Praveenkumar, Kirkbride, Tracy, Lansley, Stuart P., Lowe, Chiara, Mandalika, V. B. H., Marfo, Emmanuel, Matanaghi, Aysouda, Moghiseh, Mahdieh, Palmer, David, Panta, Raj K., Prebble, Hannah M., Raja, Aamir Y., Sayous, Yann, Renaud, Peter, Schleich, Nanette, Searle, Emily, Sheeja, Jereena S., Uddin, Rayhan, Vanden Broeke, Lieza, Vivek, V. S., Walker, E. Peter, Walsh, Michael F., Wijesooriya, Manoj, and Younger, W. Ross

Published
2019
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23. Dosimetry for spectral molecular imaging of small animals with MARS-CT

Author

Ganet, Noémie, additional, Anderson, Nigel, additional, Bell, Stephen, additional, Butler, Anthony, additional, Butler, Phil, additional, Carbonez, Pierre, additional, Cook, Nicholas, additional, Cotterill, Tony, additional, Marsh, Steven, additional, Panta, Raj Kumar, additional, Laban, John, additional, Walker, Sophie, additional, Yeabsley, Adam, additional, and Damet, Jérôme, additional

Published
2015
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24. The value of protective head cap and glasses in neurointerventional radiology.

Author

Sans Merce, Marta, Korchi, Amine M., Kobzeva, Lisa, Damet, Jérôme, Erceg, Gorislav, Marcos Gonzalez, Ana, Lovblad, Karl-Olof, and Mendes Pereira, Vitor

Subjects
BRAIN tumor risk factors, EYEGLASSES, STATISTICAL correlation, DOSIMETERS, EYE protection, INDUSTRIAL hygiene, RADIATION doses, RADIATION protection, RADIOLOGISTS, SAFETY hats
Abstract

Background Protection of the head and eyes of the neurointerventional radiologist is a growing concern, especially after recent reports on the incidence of brain cancer among these personnel, and the revision of dose limits to the eye lens. The goal of this study was to determine typical occupational dose levels and to evaluate the efficiency of non-routine radiation protective gear (protective eyewear and cap). Experimental correlations between the dosimetric records of each measurement point and kerma area product (KAP), and between whole body doses and eye lens doses were investigated. Methods Measurements were taken using thermoluminescent dosimeters placed in plastic bags and worn by the staff at different places. To evaluate the effective dose, whole body dosimeters (over and under the lead apron) were used. Results The mean annual effective dose was estimated at 0.4 mSv. Annual eye lens exposure was estimated at 17 mSv when using a ceiling shield but without protective glasses. The protective glasses reduced the eye lens dose by a factor of 2.73. The mean annual dose to the brain was 12 mSv; no major reduction was observed when using the cap. The higher correlation coefficients with KAP were found for the dosimeters positioned between the eyes (R²=0.84) and above the apron, and between the eye lens (R²=0.85) and the whole body. Conclusions Under the specific conditions of this study, the limits currently applicable were respected. If a new eye lens dose limit is introduced, our results indicate it could be difficult to comply with, without introducing additional protective eyewear. [ABSTRACT FROM AUTHOR]

Published
2016
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