Nicolas Brosseau-Habert

Doctorant

Département MN2S
Équipe Phononique & Microscopies

Courriel :: nicolas.bh [at] femto-st.fr

03 63 08 24 89

Addresse :: TEMIS
15B avenue des Montboucons
25030 BESANCON cedex

Publications de Nicolas BROSSEAU-HABERT

Voir toutes les publications (4)2025 (1)2024 (1)2023 (2)

2025 (1)

article - Changes of optical properties of two carbonaceous nanoparticles upon their coalescence: Computations at the atomistic level
Journal of Quantitative Spectroscopy & Radiative Transfer (Volume 346, dec 2025, Pages :109592 (11))
Brosseau-Habert, Nicolas | Miradji, Faoulat | Devel, Michel | Picaud, Sylvain
ressource | doi

2024 (1)

article - The reverse-DADI method: Computation of frequency-dependent atomic polarizabilities for carbon and hydrogen atoms in hydrocarbon structures
Journal of Quantitative Spectroscopy & Radiative Transfer (Volume 329, sep 2024, Pages :109194 (12))
Brosseau-Habert, Nicolas | Miradji, Faoulat | Picaud, Sylvain | Devel, Michel
ressource | doi

2023 (2)

inproceedings - Reverse DADI method: a tool for computing dynamic atomic polarizabilities
Conférence plénière du GDR Ondes (2023) / Marseille, France (2023)
Brosseau-Habert, Nicolas | Miradji, Faoulat | Devel, Michel | Picaud, Sylvain
ressource | bibtex
@inproceedings{07b583c0-779d-4b22-acdb-d4a54c5700fe, title = {Reverse DADI method: a tool for computing dynamic atomic polarizabilities}, author = {Brosseau-Habert, Nicolas and Miradji, Faoulat and Devel, Michel and Picaud, Sylvain}, year = {2023}, address = {Marseille, France}, booktitle = {Conf\'erence pl\'eni\`ere du GDR Ondes (2023)}, editor = {}, month = {dec}, url = {https://publiweb.femto-st.fr/tntnet/entries/20409/documents/author/data} }
inproceedings - Shifts of the UV-visible absorption peaks of soot nanoparticles as a function of their coalescence: an atomistic study
2023 EGU Training School on Multiscale Characterisation of Atmospheric New Particle Formation (2023) / LAUSANNE, Switzerland (2023)
Brosseau-Habert, Nicolas | Picaud, Sylvain | Devel, Michel
ressource | bibtex
@inproceedings{3f2d1305-2649-48ca-8261-0ed56d56333a, title = {Shifts of the UV-visible absorption peaks of soot nanoparticles as a function of their coalescence: an atomistic study}, author = {Brosseau-Habert, Nicolas and Picaud, Sylvain and Devel, Michel}, year = {2023}, address = {LAUSANNE, Switzerland}, booktitle = {2023 EGU Training School on Multiscale Characterisation of Atmospheric New Particle Formation (2023)}, editor = {}, month = {oct}, url = {https://publiweb.femto-st.fr/tntnet/entries/20407/documents/author/data} }