New properties of carbon for innovative applications
Magnetic properties of non-sp3 carbon-based systems have prompted intriguing discussions on the possibility of magnetism in carbon in the recent past and it opens plenty of possible applications from spintronic to catalysis or magnetic MEMS. There is an emerging consensus on the existence of magnetism in sp and sp2 carbon materials, which is supported largely by theoretical studies, and there are only a very few experimental observations. Magnetic measurements suggest the existence of magnetically correlated electron spins within nano-sized regions. We propose polarised neutron scattering to study to observe the diffuse magnetic signal coming from the magnetic short ranged correlations and the spin dynamic in the system.
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SHARMA Swati; BASINI Martina; BORDONALI Lorenzo; FOUQUET Peter; MANGIN-THRO Lucile and MONDELLI Claudia. (2018). New properties of carbon for innovative applications. Institut Laue-Langevin (ILL) doi:10.5291/ILL-DATA.1-04-122
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