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1.	Bombarda, F., et al. (author) Runaway electron beam control 2019 In: Plasma Physics and Controlled Fusion. - : IOP Publishing. - 1361-6587 .- 0741-3335. ; 61:1 Journal article (peer-reviewed)
2.	Esposito, B., et al. (author) Progress of Design and Development for the ITER Radial Neutron Camera 2022 In: Journal of fusion energy. - : Springer. - 0164-0313 .- 1572-9591. ; 41:2 Journal article (peer-reviewed)abstract The paper presents an overview of the design status of the Radial Neutron Camera (RNC), that, together with the Vertical Neutron Camera, will provide, through reconstruction techniques applied to the measured line-integrated neutron fluxes, the time resolved measurement of the ITER neutron and alpha-source profile (i.e. neutron emissivity, neutrons emitted per unit time and volume). The RNC is composed of two subsystems, the In-Port RNC and Ex-Port RNC located, respectively, inside and outside the Plug of Equatorial Port #01. The In-Port subsystem is in a more advanced design stage since it has recently undergone the Final Design Review in the ITER procurement process. The paper describes the diagnostic layout, the interfaces, the measurement capabilities and the main challenges in its realization. Prototyping and testing of neutron detectors and electronics components were carried out and led to the choice of the component solutions that can match the environmental and operational constraints in terms radiation hardness, high temperature and electromagnetic compatibility. The performance of the RNC in terms of neutron emissivity measurement capability was assessed through 1D and 2D reconstruction analysis. It is proven that the neutron emissivity can be reconstructed in real-time within the measurement requirements: 10% accuracy, 10 ms time resolution and a/10 (a = plasma minor radius) space resolution.
3.	Mangini, F., et al. (author) Self-imaging dynamics in nonlinear GRIN multimode optical fibers 2020 In: Optics InfoBase Conference Papers. - : Optica Publishing Group. - 9781943580804 Conference paper (peer-reviewed)abstract We study nonlinear self-imaging dynamics in graded-index multimode optical fibers. Side-scattering of light that accompanies the propagation of intense femtosecond pulses permits us to directly measure the self-imaging period.

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Type of publication: journal article (2); conference paper (1)

Type of content: peer-reviewed (3)

Author/Editor: Esposito, B. (2); Godlewski, J. (1); Jones, G. (1); Li, L. (1); Liu, Y. (1); Nowak, S. (1); show more...; Price, D. (1); Spagnolo, S. (1); Walker, R. (1); Yao, L. (1); Young, C. (1); Gao, Y. (1); Urban, J. (1); Blocki, J. (1); Buchanan, J. (1); Lewandowska, M. (1); Santos, J. (1); Thomas, P. (1); Kaufman, M (1); Taylor, D (1); Baker, A. (1); Clark, M. (1); Martin, A. (1); Robinson, S. (1); Gallagher, J. (1); Madsen, J. (1); Day, C. (1); Page, A. (1); Zhang, W. (1); West, A. (1); Smith, P. (1); Morris, J. (1); Lee, S (1); Williams, J (1); Wood, R (1); Williams, M (1); Bowden, M. (1); Davis, W. (1); Olsen, J. (1); Grosso, G (1); Pereira, A (1); Afzal, M (1); Rodrigues, P (1); Young, R. (1); Rodriguez, J. (1); Duran, I (1); Mayer, M. (1); Sinha, A. (1); Kundu, A. (1); Abreu, P. (1); show less...

University: Uppsala University (2); Royal Institute of Technology (1); Linköping University (1); Chalmers University of Technology (1)

Language: English (3)

Research subject (UKÄ/SCB): Natural sciences (3)

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