Nuclear physics midterm plan at Legnaro National Laboratories (LNL)

Ballan, M.; Bottoni, S.; Caamaño, M.; Caciolli, A.; Campostrini, Matteo; Cicerchia, M.; Crespi, F. C. L.; Cristallo, S.; Dell’Aquila, D.; Depalo, R.; Fioretto, E.; Galtarossa, F.; Gasques, L. R.; Gottardo, A.; Gramegna, F.; Gulminelli, F.; Kurtukian‐Nieto, T.; Cognata, M. La; Lenzi, S. M.; Marchi, T.; Mazurek, K.; Mengoni, D.; Mou, Liliana; Nania, R.; Pupillo, Gaia; Valiente-Dobón, J. J.; Zanon, I.; Acosta, L.; Álvarez, M. A. G.; Andrighetto, A.; Arazi, A.; Arzenton, A.; Assié, M.; Bagatin, M.; Barbaro, F.; Barbieri, C.; Barlini, S.; Basiricò, Laura; Battistoni, G.; Beaumel, D.; Bentley, M. A.; Benzoni, G.; Bertoldo, Stefano; Bertulani, C. A.; Bonasera, A.; Camaiani, A.; Canton, L.; Capirossi, V.; Carante, Mario Pietro; Carraro, C.; Carturan, S.; Casini, G.; Cavanna, F.; Centofante, Lisa; Chávez, E.; Chbihi, A.; Ciemała, M.; Cisternino, Sara; Colombi, A.; Colucci, Mario; Compagnucci, Alessandro; Corradetti, S.; Corradi, L.; D’Agata, G.; Angelis, G. de; Dominicis, L. De; Salvador, D. De; Filippo, E. De; Fabbro, M. Del; Nitto, A. Di; Tchernij, S. Ditalia; Donzella, A.; Duguet, Thomas; Esposito, J.; Favela, F.; Fernández‐García, J. P.; Flavigny, F.; Fontana, A.; Fornal, B.; Forneris, J.; Fraboni, Beatrice; Frankland, J.D.; Gamba, E. R.; Geraci, E.; Gerardin, Simone; Giuliani, Samuel A.; Gnoffo, B.; Groppi, F.; Gruyer, D.; Haddad, Férid; Isaak, J.; Kmiecik, M.; Koning, A. J.; Lamia, L.; Neindre, N. Le; Leoni, S.; Lépine‐Szily, A.; Lilli, G.; Lombardo, I.; Loriggiola, M.; Loriggiola, L.; Lunardon, M.; Maggioni, G.; Maj, A.; Manenti, S.; Manzolaro, M.; Marcucci, L. E.; Marín-Lámbarri, D. J.; Mariotti, E.; Hernández, Guido Martín; Massimi, C.; Mastinu, P.; Mazzocco, M.; Mazzolari, A.; Mijatović, T.; Mishenina, T. V.; Mizuyama, Kazuhito; Monetti, A.; Montagnoli, G.; Morselli, L.; Moschini, Laura; González, E.; Nannini, A.; Niu, Y. F.; Ota, S.; Paccagnella, A.; Palmerini, S.; Pellegri, L.; Perego, A.; Piantelli, S.; Piatti, D.; Picollo, F.; Pignatari, M.; Pinna, F.; Pirrone, S.; Pizzone, R. G.; Polettini, M.; Politi, G.; Popescu, L.; Prete, G.; Quaranta, A.; Raabe, R.; Ramos, J.P.; Raniero, W.; Rapisarda, G. G.; Recchia, F.; Rigato, V.; Maza, X. Roca; Rocchini, M.; Rodrı́guez, T.; Roncolato, C.; Rudolph, Dirk; Russotto, P.; Sánchez-Benítez, Á. M.; Savran, D.; Scarpa, D.; Scheck, M.; Sekizawa, Kazuyuki; Sergi, M. L.; Sgarbossa, Francesco; Silvestrin, L.; Khwairakpam, O. S.; Skowronski, J.; Somà, V.; Spartà, R.; Spieker, M.; Stefanini, A. M.; Steiger, Hans; Stevanato, L.; Stock, Matthias Raphael; Vardaci, E.; Verney, D.; Vescovi, D.; Vittone, E.; Werner, V.; Wheldon, C.; Wieland, O.; Wimmer, K.; Wyss, J.; Zago, L.; Zenoni, A.

doi:10.1140/epjp/s13360-023-04249-x

Eur. Phys. J. Plus

2023

DOI: 10.1140/epjp/s13360-023-04249-x

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Nuclear physics midterm plan at Legnaro National Laboratories (LNL)

M. Ballan

S. Bottoni

M. Caamaño

et al.

Abstract: The next years will see the completion of the radioactive ion beam facility SPES (Selective Production of Exotic Species) and the upgrade of the accelerators complex at Istituto Nazionale di Fisica Nucleare – Legnaro National Laboratories (LNL) opening up new possibilities in the fields of nuclear structure, nuclear dynamics, nuclear astrophysics, and applications. The nuclear physics community has organised a workshop to discuss the new physics opportunities that will be possible in the near future by employi… Show more

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2024

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Cited by 3 publications

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Creation, Control, and Modeling of NV Centers in Nanodiamonds

Aprà,

Amine,

Britel

et al. 2024

Adv Funct Materials

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Sensing based on Nitrogen‐Vacancy (NV) centers in nanodiamonds (NDs) represents a potentially groundbreaking technology with broad applications. Nevertheless, the optimization of their quantum‐optical properties is still a challenging issue. The present work aims at enhancing and controlling NV centers optical properties in NDs by combining their surface chemistry tuning and proton beam irradiation. Systematic thermal oxidations are carried out to study the evolution of surface chemical groups (IR spectroscopy), as well as their influence on optical properties (photoluminescence spectroscopy, PL decay measurements). Proton irradiation is performed by exploring a wide range of fluences (1014 – 1017 cm−2) in order to precisely control the amount of NV centers, thus defining the conditions that maximize their creation and emission intensity. In addition, NV centers charge state control is achieved by assessing NV−/NV0 ratio upon different surface termination tuning and NV centers amount. Finally, a novel predictive mathematical model is developed, allowing for the evaluation of the efficiencies of the formation of both NV− and NV0. Although the model is tested in the specific case study with proton irradiated NDs, it offers a broad applicability, thus representing a key landmark in the prediction of the outcome of ion‐beam‐based color centers generation in diamond.

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Creation, Control, and Modeling of NV Centers in Nanodiamonds

Aprà,

Amine,

Britel

et al. 2024

Adv Funct Materials

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Optimized simulations of ⁵⁰Ti(p,α) and ⁴⁹Ti(d,α) reactions for hospital-cyclotron production of ⁴⁷Sc

Barbaro,

Canton,

Lashko

et al. 2024

EPJ Web Conf.

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The production of 47Sc, a promising radioisotope for targeted radionuclide therapy, by means of hospital-cyclotron reactions is investigated. Two possible routes are considered: the proton-induced reaction on enriched 50Ti targets and the deuteron-induced reaction on enriched 49Ti targets. The cross sections of the reactions are calculated using the TALYS code with optimized parameters and compared with the available experimental data. The optimal energy ranges for the production of 47Sc are determined by taking into account the thick-target yields and the purity of the product. The results show that both reactions can provide high yields and high purity of 47Sc. The feasibility of producing 47Sc with a hospital cyclotron is demonstrated by performing realistic simulations of the irradiation for both 50Ti(p,α) and 49Ti(d,α) reactions.

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Nuclear Physics Mid Term Plan at LNGS

Buompane,

Cavanna,

Curceanu

et al. 2024

Eur. Phys. J. Plus

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The Istituto Nazionale di Fisica Nucleare—Laboratori Nazionali del Gran Sasso (LNGS) is one of the largest underground physics laboratory, a very peculiar environment suited for experiments in Astroparticle Physics, Nuclear Physics and Fundamental Symmetries. The newly established Bellotti Ion Beam facility represents a major advance in the possibilities of studying nuclear processes in an underground environment. A workshop was organized at LNGS in the framework of the Nuclear Physics Mid Term Plan in Italy, an initiative of the Nuclear Physics Division of the Instituto Nazionale di Fisica Nucleare to discuss the opportunities that will be possible to study in the near future by employing state-of-the-art detection systems. In this report, a detailed discussion of the outcome of the workshop is presented.

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Nuclear physics midterm plan at Legnaro National Laboratories (LNL)

Cited by 3 publications

References 553 publications

Creation, Control, and Modeling of NV Centers in Nanodiamonds

Creation, Control, and Modeling of NV Centers in Nanodiamonds

Optimized simulations of ⁵⁰Ti(p,α) and ⁴⁹Ti(d,α) reactions for hospital-cyclotron production of ⁴⁷Sc

Nuclear Physics Mid Term Plan at LNGS

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Resources

About

Nuclear physics midterm plan at Legnaro National Laboratories (LNL)

Cited by 3 publications

References 553 publications

Creation, Control, and Modeling of NV Centers in Nanodiamonds

Creation, Control, and Modeling of NV Centers in Nanodiamonds

Optimized simulations of 50Ti(p,α) and 49Ti(d,α) reactions for hospital-cyclotron production of 47Sc

Nuclear Physics Mid Term Plan at LNGS

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Product

Resources

About

Optimized simulations of ⁵⁰Ti(p,α) and ⁴⁹Ti(d,α) reactions for hospital-cyclotron production of ⁴⁷Sc