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Fritsche Florent

Université de Mons - UMONS > Faculté de Médecine et de Pharmacie > Service de Physique biomédicale

Université de Mons - UMONS > Administration > Extension de l'Université ASBL

ORCID
0009-0003-2056-7741
Main Referenced Co-authors
GOSSUIN, Yves  (7)
MAES, Bjorn  (7)
ROSOLEN, Gilles  (7)
VUONG, Quoc Lam  (7)
DE CORTE, Alice  (4)
Main Referenced Keywords
Contrast agent (1); Cubic nanoparticles (1); Magnetic-field (1); Monte Carlo's simulation (1); Nanocubes (1);
Main Referenced Disciplines
Physics (7)

Publications (total 7)

The most downloaded
34 downloads
Fritsche, F., Rosolen, G., Maes, B., Gossuin, Y., & Vuong, Q. L. (17 May 2023). Monte Carlo Simulations of the T2 Relaxation induced by Cubic Shaped Superparamagnetic NanoParticles [Paper presentation]. Belgian Physical Society (BPS), Namur, Belgium. https://hdl.handle.net/20.500.12907/47559

FRITSCHE, F., ROSOLEN, G., DE CORTE, A., MAES, B., GOSSUIN, Y., & VUONG, Q. L. (28 March 2025). Are nanocubes more efficient than nanospheres to enhance the nuclear magnetic relaxation of water protons? A Monte Carlo simulation study. Journal of Chemical Physics, 162 (12). doi:10.1063/5.0251512
Peer Reviewed verified by ORBi

Fritsche, F., Rosolen, G., De Corte, A., Maes, B., Gossuin, Y., & Vuong, Q. L. (2024). Monte Carlo Simulations of the 𝐓𝟐 relaxation induced by cubic- shaped superparamagnetic nanoparticles [Poster presentation]. Belgium Physical Society (BPS) 2024, Blankenberge, Belgium.
Editorial reviewed

Fritsche, F., Rosolen, G., De Corte, A., Maes, B., Gossuin, Y., & Vuong, Q. L. (2024). Monte Carlo Simulations of the 𝐓𝟐 relaxation induced by cubic- shaped superparamagnetic nanoparticles [Poster presentation]. Fast Field Cycling (FFC) 2024, Palermo, Italy.
Editorial reviewed

Fritsche, F., Rosolen, G., De Corte, A., Maes, B., Gossuin, Y., & Vuong, Q. L. (2024). Monte Carlo Simulations of the 𝐓𝟐 relaxation induced by cubic- shaped superparamagnetic nanoparticles [Poster presentation]. Young Belgium Magnetic Resonance Scientists (YBMRS) 2024.
Editorial reviewed

Fritsche, F., Rosolen, G., Maes, B., Gossuin, Y., & Vuong, Q. L. (14 November 2023). Monte Carlo Simulations of the T2 relaxation induced by Cubic Shaped Superparamagnetic Nanoparticles [Poster presentation]. Young Belgian Magnetic Resonance Scientist symposium (YBMRS), Blankenberge, Belgium.
Editorial reviewed

Fritsche, F., Rosolen, G., Maes, B., Gossuin, Y., & Vuong, Q. L. (July 2023). NMR transverse relaxation induced by cubic nanoparticles: a Monte Carlo simulation study [Poster presentation]. Euromar 2023.
Editorial reviewed

Fritsche, F., Rosolen, G., Maes, B., Gossuin, Y., & Vuong, Q. L. (17 May 2023). Monte Carlo Simulations of the T2 Relaxation induced by Cubic Shaped Superparamagnetic NanoParticles [Paper presentation]. Belgian Physical Society (BPS), Namur, Belgium.
Editorial reviewed

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