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A New Experimental Setup to Measure the Critical Current of Nb_{{\text{3}}}Sn Wires at 4.2 K Imposing a Controlled Transverse Deformation
S. Burioli;R. Cereseto;M. Frascio;A. Bortolani;A. Trovato;A. Gagno;M. Bracco;M. Prioli;D. Pedrini;R. U. Valente;G. Iannone;G. De Marzi;D. D'Agostino;G. Avallone;A. Malagoli;A. Leveratto;A Traverso;P. Piccardo;S. Farinon;R. Musenich
In the framework of studies on high-field magnets for future accelerators, a specific project called ASTRACT focuses on the effect of transverse strain on the critical current of Nb$_{{\text{3}}}$Sn wires. The project aims to design, manufacturing and testing a sample-holder to impose a controlled sub-micrometric transverse deformation of the Nb $_{{\text{3}}}$Sn wire during the critical current m...Show More
A New Experimental Setup to Measure the Critical Current of Nb$_{{\text{3}}}$Sn Wires at 4.2 K Imposing a Controlled Transverse Deformation
S. Burioli;R. Cereseto;M. Frascio;A. Bortolani;A. Trovato;A. Gagno;M. Bracco;M. Prioli;D. Pedrini;R. U. Valente;G. Iannone;G. De Marzi;D. D'Agostino;G. Avallone;A. Malagoli;A. Leveratto;A Traverso;P. Piccardo;S. Farinon;R. Musenich
Advancements in Nb3Sn 12 T Cos-Theta Dipole Development for Next-Generation Accelerators: The INFN-CERN Collaboration on the FalconD Project
Stefania Farinon;Nicola Sala;Luca Alfonso;Enrico Beneduce;Andrea Bersani;Barbara Caiffi;Massimiliano Cannavò;Gabriele Crespi;Simone Dotti;Arnaud Foussat;Andrea Gagno;Filippo Levi;Alessandra Pampaloni;Marco Prioli;Massimo Sorbi;Stefano Sorti;Ezio Todesco;Nicolò Valle;Alessio Verardo;Riccardo U. Valente
Research for next-generation accelerators necessitates the development of high-field bending dipoles, which are critical for achieving precise beam control and optimizing efficiency. Among the promising superconducting materials is Nb$_\text{3}$Sn, which has already demonstrated its effectiveness in accelerator magnets, such as the MQXF quadrupoles used in the high-luminosity upgrade of the LHC. I...Show More
Advancements in Nb3Sn 12 T Cos-Theta Dipole Development for Next-Generation Accelerators: The INFN-CERN Collaboration on the FalconD Project
Stefania Farinon;Nicola Sala;Luca Alfonso;Enrico Beneduce;Andrea Bersani;Barbara Caiffi;Massimiliano Cannavò;Gabriele Crespi;Simone Dotti;Arnaud Foussat;Andrea Gagno;Filippo Levi;Alessandra Pampaloni;Marco Prioli;Massimo Sorbi;Stefano Sorti;Ezio Todesco;Nicolò Valle;Alessio Verardo;Riccardo U. Valente
Consolidated 2D Mechanical Design and Preliminary 3D Design Phase of the Superconducting Ion Gantry (SIG) Dipole for Hadrontherapy
E. Bianchi;S. Farinon;E. Felcini;A. Gagno;L. Gentini;I. Georgiadis;E. O. Kavoura;C. Kokkinos;F. Levi;R. Musenich;A. Pampaloni;D. Perini;M. Prioli;M. Pullia;L. Rossi;C. Santini;R. U. Valente
In ion therapy, gantries play a crucial role in minimizing damage to healthy tissue and enabling treatment from diverse angles. The introduction of superconducting magnets results in a substantial reduction in the overall weight and the power required to operate of these otherwise huge structures. The Superconducting Ion Gantry (SIG) project represents the contribution of INFN (Istituto Nazionale ...Show More
Consolidated 2D Mechanical Design and Preliminary 3D Design Phase of the Superconducting Ion Gantry (SIG) Dipole for Hadrontherapy
E. Bianchi;S. Farinon;E. Felcini;A. Gagno;L. Gentini;I. Georgiadis;E. O. Kavoura;C. Kokkinos;F. Levi;R. Musenich;A. Pampaloni;D. Perini;M. Prioli;M. Pullia;L. Rossi;C. Santini;R. U. Valente
Design of a Four-Layer Nb3Sn Cos-Theta Dipole in the CERN High Field Magnet R&D Program
R.U. Valente;E. Beneduce;A. Bersani;M. Bracco;S. Burioli;B. Caiffi;M. Cannavò;G. Crespi;E. De Matteis;S. Dotti;S. Farinon;A. Gagno;F. Levi;S. Mariotto;R. Musenich;D. Novelli;A. Pampaloni;M. Prioli;L. Rossi;N. Sala;M. Sorbi;S. Sorti;M. Statera
In the context of the High Field Magnet (HFM) R&D program at CERN, this paper introduces a design proposal for a four-layer cos-theta Nb$_{3}$Sn dipole. Collaboratively developed by the Italian Institute of Nuclear Physics (INFN) and CERN, the dipole aims to contribute to the advancement of high-field Nb$_{3}$Sn magnets for future particle colliders, particularly the post-Large Hadron Collider (LH...Show More
Design of a Four-Layer Nb3Sn Cos-Theta Dipole in the CERN High Field Magnet R&D Program
R.U. Valente;E. Beneduce;A. Bersani;M. Bracco;S. Burioli;B. Caiffi;M. Cannavò;G. Crespi;E. De Matteis;S. Dotti;S. Farinon;A. Gagno;F. Levi;S. Mariotto;R. Musenich;D. Novelli;A. Pampaloni;M. Prioli;L. Rossi;N. Sala;M. Sorbi;S. Sorti;M. Statera
First Winding Trial for the Superconducting Ion Gantry (SIG) Dipole Demonstrator Magnet
M. Prioli;E. Bianchi;A. G. Carloni;R. Cereseto;E. De Matteis;S. Farinon;A. Gagno;F. Levi;S. Mariotto;R. Musenich;A. Palmisano;L. Rossi;M. Sorbi;S. Sorti;M. Statera;R. U. Valente;E. Felcini;M. Pullia;A. Bonasia;T. Boutboul;G. Ceruti;J. Fleiter;M. Karppinen
The Superconducting Ion Gantry (SIG) project aims to design, construct, and test a curved superconducting dipole demonstrator magnet for an ion gantry (up to a rigidity of 6.6 Tm). The main demonstrator magnet parameters are a dipolar field of 4 T generated into a toroidal aperture with an 80 mm diameter, 1.65 m curvature radius, and 30° angular sector. The project is inserted in the framework of ...Show More
First Winding Trial for the Superconducting Ion Gantry (SIG) Dipole Demonstrator Magnet
M. Prioli;E. Bianchi;A. G. Carloni;R. Cereseto;E. De Matteis;S. Farinon;A. Gagno;F. Levi;S. Mariotto;R. Musenich;A. Palmisano;L. Rossi;M. Sorbi;S. Sorti;M. Statera;R. U. Valente;E. Felcini;M. Pullia;A. Bonasia;T. Boutboul;G. Ceruti;J. Fleiter;M. Karppinen
Electromagnetic Losses in Fast-Ramped Canted-Cosine-Theta Magnets
Stefano Sorti;Gabriele Ceruti;Ernesto De Matteis;Samuele Mariotto;Marco Prioli;Lucio Rossi;Massimo Sorbi;Riccardo U. Valente
This paper addresses electromagnetic losses in Canted-Cosine-Theta (CCT) magnets, especially relevant for fast-ramped, conduction-cooled CCTs in hadron therapy. It discusses losses in metallic formers, using both analytical models and FEM simulations. It then addresses losses in multifilamentary superconductors under AC fields, accounting for persistent and interfilament losses under longitudinal ...Show More
Conceptual Design of an HTS Canted Cosine Theta Dipole Magnet for Research and Hadron Therapy Accelerators
E. De Matteis;A. Ballarino;D. Barna;A. Carloni;A. Echeandia;G. Kirby;T. Lecrevisse;J. Lucas;S. Mariotto;J. van Nugteren;M. Prioli;L. Rossi;C. Senatore;M. Sorbi;S. Sorti;M. Statera;F. Toral;R. U. Valente
The European project IFAST's WP8 Innovative Superconducting Magnets aims to develop the technology of Canted Cosine Theta (CCT) magnets wound with High-Temperature Superconductors (HTS). Superconducting magnets could lower the size and cost of synchrotrons and gantries for research and hadron therapy. HTS materials can lead to higher magnetic fields with smaller cryogenic systems than LTS. However...Show More
Conceptual Design of an HTS Canted Cosine Theta Dipole Magnet for Research and Hadron Therapy Accelerators
E. De Matteis;A. Ballarino;D. Barna;A. Carloni;A. Echeandia;G. Kirby;T. Lecrevisse;J. Lucas;S. Mariotto;J. van Nugteren;M. Prioli;L. Rossi;C. Senatore;M. Sorbi;S. Sorti;M. Statera;F. Toral;R. U. Valente
Analytical Evaluation of Dipole Performance Limits for a Muon Collider
Daniel Novelli;Andrea Bersani;Luca Bottura;Barbara Caiffi;Siara Fabbri;Stefania Farinon;Samuele Mariotto;Riccardo Musenich;Alessandra Pampaloni;Tiina Salmi;Massimo Sorbi;Stefano Sorti;Marco Statera;Riccardo Valente
Following the recommendation of the Updated European Strategy for Particle Physics, an International Muon Collider Collaboration has been formed and is currently studying the feasibility of a 10 TeV center-of-mass energy muon collider facility. Several technical challenges must be faced, mainly due to the limited muon lifetime at rest, 2.2 $\mu$s. This extreme condition requires the use of ambitio...Show More
Status of Nb-Ti CCT Magnet EU Programs for Hadron Therapy
F. Toral;D. Barna;C. Calzolaio;A. Carloni;G. Ceruti;E. De Matteis;G. Kirby;T. Lecrevisse;S. Mariotto;J. Munilla;D. Perini;M. Prioli;L. Rossi;M. Statera;M. Sorbi;S. Sorti;R. U. Valente
The use of Canted Cosine Theta (CCT) magnets for accelerator applications has gained popularity due to their ease of manufacturing and assembly. In the context of two EU-Horizon2020-funded projects, HITRIplus and IFAST, the development of two 80 mm free bore and 4 T central field CCT dipoles for use in ion therapy (hadron therapy) is underway. In IFAST, a straight dipole CCT features a superimpose...Show More
IRIS-A New Distributed Research Infrastructure on Applied Superconductivity
Lucio Rossi;Pasquale Arpaia;Carmine Attanasio;Guerino Avallone;Francesco Avitabile;Lorenzo Balconi;Emilio Bellingeri;Enrico Beneduce;Tiina Benson;Cristina Bernini;Andrea Bersani;Antonio Bianchi;Francesco Broggi;Sergio Burioli;Pierluigi Campana;Massimiliano Cannavó;Lucia Canonica;Matteo Cialone;Carla Cirillo;Mario Cuoco;Domenico D'Agostino;Mario Del Franco;Marta Della Torre;Ernesto De Matteis;Salvatore De Pasquale;Beniamino Di Girolamo;Antonio Esposito;Stefania Farinon;Giuliana Fiorillo;Umberto Gambardella;Raffaele Gargiulo;Gianfrancesco Grauso;Angelo Leo;Enrico Leo;Stefano Maffezzoli Felis;Andrea Malagoli;Samuele Mariotto;Daniele Marré;Giuseppe Maruccio;Fabio Miletto;Anna Grazia Monteduro;Riccardo Musenich;Luigi Parodi;Danilo Pedrini;Marco Prioli;Marina Putti;Silvia Rizzato;Lucia Sabbatini;Aniello Saggese;Carlo Santini;Ettore Sarnelli;Andrea Selce;Claudio Severino;Fabio Severino;Massimo Sorbi;Stefano Sorti;Marco Statera;Andrea Traverso;Riccardo Valente;Alessandro Vannozzi
In the frame of the Next Generation Europe program, the EU program to boost after-COVID recovery, the Italian Minister of University and Research has funded a project called Innovative Research Infrastructure for applied Superconductivity (IRIS). New laboratories will be built or upgraded in six poles: Milan (hub of the infrastructure), Genoa, Frascati, Naples, Salerno, and Lecce, to carry out bas...Show More
IRIS-A New Distributed Research Infrastructure on Applied Superconductivity
Lucio Rossi;Pasquale Arpaia;Carmine Attanasio;Guerino Avallone;Francesco Avitabile;Lorenzo Balconi;Emilio Bellingeri;Enrico Beneduce;Tiina Benson;Cristina Bernini;Andrea Bersani;Antonio Bianchi;Francesco Broggi;Sergio Burioli;Pierluigi Campana;Massimiliano Cannavó;Lucia Canonica;Matteo Cialone;Carla Cirillo;Mario Cuoco;Domenico D'Agostino;Mario Del Franco;Marta Della Torre;Ernesto De Matteis;Salvatore De Pasquale;Beniamino Di Girolamo;Antonio Esposito;Stefania Farinon;Giuliana Fiorillo;Umberto Gambardella;Raffaele Gargiulo;Gianfrancesco Grauso;Angelo Leo;Enrico Leo;Stefano Maffezzoli Felis;Andrea Malagoli;Samuele Mariotto;Daniele Marré;Giuseppe Maruccio;Fabio Miletto;Anna Grazia Monteduro;Riccardo Musenich;Luigi Parodi;Danilo Pedrini;Marco Prioli;Marina Putti;Silvia Rizzato;Lucia Sabbatini;Aniello Saggese;Carlo Santini;Ettore Sarnelli;Andrea Selce;Claudio Severino;Fabio Severino;Massimo Sorbi;Stefano Sorti;Marco Statera;Andrea Traverso;Riccardo Valente;Alessandro Vannozzi
Status on the Development of the Nb$_{3}$Sn 12 T Falcon Dipole for the FCC-hh
R. U. Valente;A. Ballarino;A. Bersani;M. Bracco;S. Burioli;B. Caiffi;E. De Matteis;S. Farinon;A. Gagno;F. Levi;S. Mariotto;R. Musenich;D. Novelli;A. Palmisano;A. Pampaloni;D. Perini;M. Prioli;N. Sala;M. Sorbi;S. Sorti;M. Statera;G. Vernassa
The quest for advancing science and technology continues with the Future Circular Collider (FCC), which requires 16 T bending dipoles to be installed along its 100 km tunnel to achieve a center-of-mass energy of 100 TeV, in its hadron-hadron version. The promising Nb$_{3}$Sn technology for superconducting magnets presents a potential solution for large-scale production. In line with this, the Euro...Show More
Status on the Development of the Nb$_{3}$Sn 12 T Falcon Dipole for the FCC-hh
R. U. Valente;A. Ballarino;A. Bersani;M. Bracco;S. Burioli;B. Caiffi;E. De Matteis;S. Farinon;A. Gagno;F. Levi;S. Mariotto;R. Musenich;D. Novelli;A. Palmisano;A. Pampaloni;D. Perini;M. Prioli;N. Sala;M. Sorbi;S. Sorti;M. Statera;G. Vernassa
2D EM Design and Innovative Winding Technique for a 4 T High Curvature Superconducting Dipole in Block Coil Configuration for Next Generation Ion Gantries
A. Gagno;S. Farinon;E. Bianchi;A. G. Carloni;R. Cereseto;E. De Matteis;E. Felcini;F. Levi;S. Mariotto;R. Musenich;A. Pampaloni;M. Prioli;M. Pullia;L. Rossi;M. Sorbi;S. Sorti;M. Statera;R. U. Valente
As part of major European collaborations focused on the study of newly developed superconducting magnets for ion therapy, Istituto Nazionale di Fisica Nucleare (INFN) is directly involved through the Superconducting Ion Gantry (SIG) project. In ion therapy, rotating gantry systems are critical to better preserve healthy tissues during treatments, but they are typically huge and heavy structures: a...Show More
2D EM Design and Innovative Winding Technique for a 4 T High Curvature Superconducting Dipole in Block Coil Configuration for Next Generation Ion Gantries
A. Gagno;S. Farinon;E. Bianchi;A. G. Carloni;R. Cereseto;E. De Matteis;E. Felcini;F. Levi;S. Mariotto;R. Musenich;A. Pampaloni;M. Prioli;M. Pullia;L. Rossi;M. Sorbi;S. Sorti;M. Statera;R. U. Valente
Mechanical Design of the 4 T Curved Demonstrator Dipole for the SIG Gantry
Filippo Levi;Andrea Bersani;Emma Bianchi;Anna Giulia Carloni;Roberto Cereseto;Ernesto De Matteis;Stefania Farinon;Enrico Felcini;Andrea Gagno;Giannis Georgiadis;Eliza Kavoura;Charilaos Kokkinos;Konstantinos Loukas;Samuele Mariotto;Riccardo Musenich;Alessandra Pampaloni;Marco Prioli;Marco Pullia;Lucio Rossi;Massimo Sorbi;Stefano Sorti;Marco Statera;Riccardo Valente
A new generation of superconducting magnets for applications in ion therapy is under study in the frame of a collaboration between CERN, Centro Nazionale di Adroterapia Oncologica (CNAO), Istituto Nazionale di Fisica Nucleare (INFN) and MedAustron. One of the most critical aspects of these new ion therapy facilities is the optimization of rotatable gantry to treat the patient from all the directio...Show More
Mechanical Design of the 4 T Curved Demonstrator Dipole for the SIG Gantry
Filippo Levi;Andrea Bersani;Emma Bianchi;Anna Giulia Carloni;Roberto Cereseto;Ernesto De Matteis;Stefania Farinon;Enrico Felcini;Andrea Gagno;Giannis Georgiadis;Eliza Kavoura;Charilaos Kokkinos;Konstantinos Loukas;Samuele Mariotto;Riccardo Musenich;Alessandra Pampaloni;Marco Prioli;Marco Pullia;Lucio Rossi;Massimo Sorbi;Stefano Sorti;Marco Statera;Riccardo Valente
Experience on Series Production of the HL-LHC Superferric High Order Corrector Magnets
M. Statera;M. Prioli;F. Broggi;E. De Matteis;L. Imeri;A. Leone;S. Mariotto;A. Paccalini;A. Pasini;D. Pedrini;L. Rossi;M. Sorbi;S. Sorti;M. Todero;R. U. Valente;E. Gautheron;E. Todesco;M. Campaniello;M. Canetti;F. Gangini;P. Manini;C. Santini;A. Zanichelli
INFN has developed at the LASA lab (Milano, Italy) the High Order (HO) corrector magnets for the High Luminosity-LHC (HL-LHC) project, which will equip the new interaction regions. All the HO correctors, from skew quadrupole to dodecapole, are based on a novel superferric design, never used so far in high energy colliders, which allows a relatively simple, modular, and easy way to construct a magn...Show More
Experience on Series Production of the HL-LHC Superferric High Order Corrector Magnets
M. Statera;M. Prioli;F. Broggi;E. De Matteis;L. Imeri;A. Leone;S. Mariotto;A. Paccalini;A. Pasini;D. Pedrini;L. Rossi;M. Sorbi;S. Sorti;M. Todero;R. U. Valente;E. Gautheron;E. Todesco;M. Campaniello;M. Canetti;F. Gangini;P. Manini;C. Santini;A. Zanichelli
Straight and Curved Canted Cosine Theta Superconducting Dipoles for Ion Therapy: Comparison Between Various Design Options and Technologies for Ramping Operation
E. De Matteis;D. Barna;G. Ceruti;G. Kirby;T. Lecrevisse;S. Mariotto;D. Perini;M. Prioli;L. Rossi;K. Scibor;M. Statera;M. Sorbi;S. Sorti;F. Toral;R. U. Valente
Canted Cosine Theta layout for accelerator magnets is a very attractive since such magnets can be manufactured and assembled without big tooling, and with a relatively modest number of parts and tools. In the frame of European Horizon2020 funds, two collaborations, HITRIplus and I.FAST, are developing a CCT design, of 80 mm free bore, 4 T central dipole field, and 0.4 T/s ramp-rate. This magnet is...Show More
Straight and Curved Canted Cosine Theta Superconducting Dipoles for Ion Therapy: Comparison Between Various Design Options and Technologies for Ramping Operation
E. De Matteis;D. Barna;G. Ceruti;G. Kirby;T. Lecrevisse;S. Mariotto;D. Perini;M. Prioli;L. Rossi;K. Scibor;M. Statera;M. Sorbi;S. Sorti;F. Toral;R. U. Valente
Performances of the First Full-Length Module Prototype of the MgB$_\text{2}$ Round Coil Superferric Magnet at LASA
S. Mariotto;A. Leone;E. De Matteis;A. Paccalini;A. Palmisano;A. Pasini;D. Pedrini;M. Prioli;M. Sorbi;S. Sorti;M. Statera;M. Todero;R. U. Valente
Developed within the INFN LASA and CERN collaboration agreement for the construction of the High Order Corrector Magnets for the High Luminosity-LHC project, the first half section of the Round Coil Superferric Magnet proved the feasibility of a new compact and modular corrector magnet type using MgB$_\text{2}$ superconductor. Different from the classic superferric layout, its unconventional desig...Show More
Optimization of Electromagnetic Design After Winding Tests for the Nb3Sn Cos-Theta Dipole Model for FCC-hh
R. U. Valente;A. Ballarino;A. Bersani;M. Bracco;S. Burioli;B. Caiffi;S. Coelli;E. De Matteis;S. Farinon;A. Gagno;F. Levi;S. Mariotto;R. Musenich;A. Palmisano;A. Pampaloni;D. Perini;M. Prioli;N. Sala;M. Sorbi;S. Sorti;M. Statera;G. Vernassa
The Future Circular Collider in hadron-hadron configuration (FCC-hh) is one of the main options for the post-LHC era of particle accelerator. The project led by CERN aims to build a 100 km-long collider with 100 TeV of center-of-mass energy, using bending dipoles able to achieve a bore field $>$14 T. The Istituto Nazionale di Fisica Nucleare (INFN) and CERN are collaborating to construct a Nb$_{3}...Show More
Optimization of Electromagnetic Design After Winding Tests for the Nb3Sn Cos-Theta Dipole Model for FCC-hh
R. U. Valente;A. Ballarino;A. Bersani;M. Bracco;S. Burioli;B. Caiffi;S. Coelli;E. De Matteis;S. Farinon;A. Gagno;F. Levi;S. Mariotto;R. Musenich;A. Palmisano;A. Pampaloni;D. Perini;M. Prioli;N. Sala;M. Sorbi;S. Sorti;M. Statera;G. Vernassa
Design of a 4 T Curved Demonstrator Magnet for a Superconducting Ion Gantry
M. Prioli;E. De Matteis;S. Farinon;E. Felcini;A. Gagno;S. Mariotto;R. Musenich;M. Pullia;L. Rossi;M. Sorbi;S. Sorti;M. Statera;R. U. Valente
The Superconducting Ion Gantry (SIG) project is the contribution from INFN (the Italian National Institute for Nuclear Physics) to the international SIGRUM project with the aim of exploring new technological solutions for the critical elements of a 430 MeV/u carbon ion gantry. The project includes the design and construction of a cos$\theta$ 4 T superconducting dipole demonstrator magnet whose mai...Show More
Updates on the Mechanical Design of FalconD, a Nb$_{3}$Sn Cos$\theta$ Short Model Dipole for FCC-hh
F. Levi;A. Ballarino;A. Bersani;M. Bracco;S. Burioli;B. Caiffi;E. De Matteis;S. Farinon;A. Gagno;S. Mariotto;R. Musenich;A. Pampaloni;D. Perini;M. Prioli;N. Sala;M. Sorbi;S. Sorti;M. Statera;R. Valente;G. Vernassa;P. Wachal
As part of the research project called FCC-hh led by CERN, which aims to study the possibility of building a new 100 TeV center of mass energy particle collider along an 80-100 km circumference tunnel, there are many collaborations underway to test different designs for the main bending dipole of the collider. One of these collaborations involves INFN, the Italian Institute of Nuclear Physics, whi...Show More
Updates on the Mechanical Design of FalconD, a Nb$_{3}$Sn Cos$\theta$ Short Model Dipole for FCC-hh
F. Levi;A. Ballarino;A. Bersani;M. Bracco;S. Burioli;B. Caiffi;E. De Matteis;S. Farinon;A. Gagno;S. Mariotto;R. Musenich;A. Pampaloni;D. Perini;M. Prioli;N. Sala;M. Sorbi;S. Sorti;M. Statera;R. Valente;G. Vernassa;P. Wachal
Magnetic Measurements Results and Analysis of the First Batches of Superferric Magnets for the HL-LHC High Order Field Correction
E. De Matteis;S. Mariotto;F. Broggi;A. Paccalini;A. Palmisano;A. Pasini;D. Pedrini;M. Prioli;L. Rossi;M. Sorbi;M. Statera;M. Todero;C. Uva;R. U. Valente;L. Fiscarelli;E. L. Gautheron;A. Musso;E. Todesco
In agreement with CERN the LASA laboratory of INFN (National Institute for Nuclear Physics) of Milan has carried out the industrial development of a novel type of magnet, for the High Order (HO) correctors of the High Luminosity - LHC (HL-LHC) project. These corrector magnets are based on a superferric design and will be installed in the new HL-LHC insertion regions for the ATLAS and CMS Experimen...Show More
Magnetic Measurements Results and Analysis of the First Batches of Superferric Magnets for the HL-LHC High Order Field Correction
E. De Matteis;S. Mariotto;F. Broggi;A. Paccalini;A. Palmisano;A. Pasini;D. Pedrini;M. Prioli;L. Rossi;M. Sorbi;M. Statera;M. Todero;C. Uva;R. U. Valente;L. Fiscarelli;E. L. Gautheron;A. Musso;E. Todesco
The HL-LHC High Order Correctors Series Production and Powering Tests Status
M. Statera;F. Broggi;E. De Matteis;L. Imeri;A. Leone;S. Mariotto;A. Paccalini;A. Pasini;D. Pedrini;M. Prioli;L. Rossi;M. Sorbi;M. Todero;C. Uva;R. Valente;E. Gautheron;A. Musso;E. Todesco;M. Campaniello;M. Canetti;F. Gangini;P. Manini;C. Santini;A. Zanichelli
INFN is developing at the LASA lab (Milano, Italy) the High Order (HO) corrector magnets for the High Luminosity-LHC (HL-LHC) project, which will equip the new interaction regions. All the HO correctors, from skew quadrupole to dodecapole, are based on a novel superferric design, never used so far in high energy colliders, which allows a relatively simple, modular, and easy way to construct a magn...Show More
The HL-LHC High Order Correctors Series Production and Powering Tests Status
M. Statera;F. Broggi;E. De Matteis;L. Imeri;A. Leone;S. Mariotto;A. Paccalini;A. Pasini;D. Pedrini;M. Prioli;L. Rossi;M. Sorbi;M. Todero;C. Uva;R. Valente;E. Gautheron;A. Musso;E. Todesco;M. Campaniello;M. Canetti;F. Gangini;P. Manini;C. Santini;A. Zanichelli
Quench Localization in the High Order Corrector Magnets Using the Harmonic Field Method
Samuele Mariotto;Ernesto De Matteis;Marco Prioli;Massimo Sorbi;Marco Statera;Riccardo Umberto Valente
INFN LASA, within the CERN-INFN research collaboration for the Hi-Luminosity LHC upgrade project, has been entrusted for the series production qualification of the High Order Corrector magnets. The magnets, designed with a superferric configuration, are tested at 4.2 K in a stacked layout to evaluate the training performance and to characterize the magnetic field. This paper presents an in-depth a...Show More
Preliminary Study of 4 T Superconducting Dipole for a Light Rotating Gantry for Ion-Therapy
L. Rossi;E. Benedetto;E. De Matteis;S. Farinon;E. Felcini;M. Karppinen;S. Mariotto;R. Musenich;D. Perini;M. Prioli;M. Pullia;M. Sorbi;M. Statera;D. Tommasini;R. U. Valente
A collaboration between CERN, CNAO, INFN, and MedAustron has been formed aiming at designing a light rotating gantry suitable for hadron therapy based on 430 MeV/n carbon ion beams. After a first design for a 3 T dipole field, as the backbone of the gantry magnetic system, now the collaboration is looking at an alternative design, for at least 4 T field with a faster ramp rate. The magnet is desig...Show More
Update on the Electromagnetic Design of the Nb$_3$Sn Cos-Theta Dipole Model for FCC-hh
R. U. Valente;S. Burioli;B. Caiffi;E. De Matteis;P. Fabbricatore;S. Farinon;F. Lackner;F. Levi;S. Mariotto;R. Musenich;A. Pampaloni;M. Prioli;M. Sorbi;M. Statera;D. Tommasini
The Future Circular Collider (FCC) is the main option for the next generation of the High Energy Physics research. The accelerator in hadron-hadron configuration (FCC-hh) requires magnets able to generate fields of the order of 16 T to circulate particles in a 100 km circumference collider and therefore to reach 100 TeV centre of mass energy. On the basis of the recommendations made by the Europea...Show More
Electrical Quality Assurance for the NbTi Coils of the HL-LHC High Order Corrector Magnets
M. Prioli;M. Campaniello;E. De Matteis;A. Leone;P. Manini;S. Mariotto;A. Paccalini;A. Palmisano;A. Pasini;D. Pedrini;C. Santini;M. Sorbi;M. Statera;M. Todero;R. U. Valente
The INFN-LASA laboratory (Milano, Italy) is involved in the High-Luminosity LHC program for the design, construction, and test of 54 superconducting high-order corrector magnets. One of the challenging project stages was the transition from the construction of laboratory prototypes to the series production, awarded to industries, with the demanding requirement of maintaining high-quality productio...Show More
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