-
Stephane Sanfilippo (PSI - Paul Scherrer Institut)07/10/2024, 08:45
-
Stephane Sanfilippo (PSI - Paul Scherrer Institut)07/10/2024, 09:15
-
Marco Buzio (CERN)07/10/2024, 09:45
-
Toshiya Tanabe (Brookhaven National Laboratory)07/10/2024, 10:45
-
Jordi Marcos Ruzafa (ALBA Synchrotron)07/10/2024, 11:15
-
Dr Alessandro Vannozzi (INFN)07/10/2024, 11:45
-
Erik Wallen (Lawrence Berkeley National Laboratory)07/10/2024, 14:15
-
Charles Kitegi (Synchrotron SOLEIL)07/10/2024, 14:45
-
Vikas Teotia (Brookhaven National Laboratory)07/10/2024, 15:45
-
Dr Joseph Xu (Argonne National Laboratory)07/10/2024, 16:15
-
Guy Deferne (CERN)07/10/2024, 16:45
-
Julien Songeon (Metrolab Technology SA)08/10/2024, 09:00
-
Maciej Urban (SENIS Group, Switzerland)08/10/2024, 09:30
-
Pavel Vagin (DESY)08/10/2024, 10:30
-
Wentian Feng (Institute of Modern Physics, Chinese Academy of Sciences)08/10/2024, 11:00
-
Masamitsu Aiba (PSI - Paul Scherrer Institut)08/10/2024, 11:30
-
Alex Bainbridge (STFC Daresbury Laboratory)08/10/2024, 14:00
-
Dr Carolin Zoller (PSI - Paul Scherrer Institut)08/10/2024, 14:30
-
Dr Giuseppe Montenero (PSI - Paul Scherrer Institut)08/10/2024, 15:30
-
Dr Rebecca Riccioli (PSI - Paul Scherrer Institut)08/10/2024, 16:00
-
Giancarlo Golluccio (ITER Organization)08/10/2024, 16:30
-
Joe Dimarco (Fermi National Accelerator Laboratory)09/10/2024, 14:00
-
Joe Dimarco (Fermi National Accelerator Laboratory)09/10/2024, 14:30
-
Mariano Pentella (CERN)10/10/2024, 09:00
-
Ed Rial (Helmholtz-Zentrum Berlin (BESSY II))10/10/2024, 09:30
-
Vincenzo Di Capua (CERN)10/10/2024, 10:30
-
Lucas Samaille (ESRF)10/10/2024, 11:00
-
Matthias Bonora (CERN)10/10/2024, 11:30
-
Peter Topolovsek (Kyma Tehnologija d.o.o.)10/10/2024, 14:00
-
Nik Suter (Hexagon Metrology SA)10/10/2024, 14:30
-
Alex Hinton (STFC Daresbury Laboratory)10/10/2024, 15:30
-
Kenji Fukami (Japan Synchrotron Radiation Research Institute (JASRI))10/10/2024, 16:00
-
Alexis Dutheil (Synchrotron SOLEIL)11/10/2024, 09:00
-
Alexandre Arsenault (PSI - Paul Scherrer Institut)11/10/2024, 09:30
-
Mr Peter Topolovsek (Kyma Tehnologija d.o.o.)Oral
Previous IMMWs showed that stretched wire tomography is a viable measurement technique for measuring magnetic fields near the magnet surface. This method takes advantage of standard stretched wire measurement and uses field integrals as the input information for tomographic image reconstruction. Rotating the magnet around the axis perpendicular to the stretched wire and measuring field...
Go to contribution page -
Mariano Pentella (CERN)Oral
Within the framework of the HL-LHC project at CERN, the rollout of the series production of the superconducting Nb3Sn quadrupole magnets (MQXFB) is 60 % complete. In parallel, the cryo-assembly LMQXFB (Q2) series production has begun. The Q2 cryo-assemblies consist of a cold mass containing an MQXFB quadrupole and a nested orbit corrector dipole, MCBXFB. Three cryo-assemblies were fully tested...
Go to contribution page -
Dr Giuseppe Montenero (Paul Scherrer Institut)Oral
The measurement challenges and results from the series tests assessing production quality of the main magnet’ assembly, referred to as Triplet, for the upgrade of the Swiss Light Source(SLS)2.0 are described (2.0 stands for the whole renewal of the storage ring). A Triplet, which comes in four flavors, is at the heart of the seven-bend achromatic structure of SLS2.0 [1], implementing a...
Go to contribution page -
Alex Hinton (STFC Daresbury Laboratory)Oral
Boundary Element Methods (BEM) can be applied to determine the value of the magnetic field at any point within a domain if the magnetic field components are measured on the surface of the domain. For large magnetic volumes, BEM provides an attractive alternative to fine three-dimensional Hall probe scans as the fields can be evaluated inside the volume with an arbitrary position and with a...
Go to contribution page -
Dr Rebecca Riccioli (PSI - Paul Scherrer Institut)Oral
The Paul Scherrer Institut is currently involved in the upgrade of the Swiss Light Source (SLS2) accelerator. The goal is to increase the photon flux and the beam brilliance by keeping the same storage ring dimension. To achieve the new machine performance, a high density of magnets of about 1270 magnets instead of 388 is used. Therefore, the introduction of 372 permanent magnets (PM) was...
Go to contribution page -
Vincenzo Di Capua (CERN)Oral
This research explores the development of advanced electronic systems for magnetic measurements under various operating conditions. The study focuses on two main areas:
Go to contribution page
Characterization of electronic components and sensors in extreme temperature environments, from cryogenic to room temperature.
Development of electronics for standard magnetic measurements and quench localization techniques... -
利安 金Poster
HIAF (High Intensity heavy-ion Accelerator Facility) is the next-generation high-intensity heavy-ion accelerator built by the Institute of Modern Physics, Chinese Academy of Sciences. HFRS (High Energy FRagment Separator) is a part of the HIAF, it is the segmentsthe radioactive beamline used for ion fragmentation analysis. The design requires a magnetic stiffness of 25 Tm. It is composed of 11...
Go to contribution page -
Joseph DiMarco (Fermi National Accelerator Laboratory)Oral
The use of Printed Circuit Boards (PCBs) for the inductive pick-up windings of rotating coil probes has made the construction of these precision magnetic measurement devices much more accessible. By combining multiple PCB probes within a single rotating coil structure, potential improvements for both speed and accuracy in harmonic fields measurements is explored.
Go to contribution page -
Pavel Vagin (DESY)Oral
attachment
Go to contribution page -
Dr Stephane Sanfilippo (Paul Scherrer Institut)Oral
-
Dr ALESSANDRO VANNOZZI (INFN)Oral
Abstract— Magnetic Measurements Laboratory at the Frascati National Laboratories (LNF) of INFN played a crucial role for magnets characterization of the whole LNF accelerators apparatus (DAFNE [1], SPARC_LAB [2], BTF [3]) and also for external user (i.e. CNAO [4]) leading to an extensive expertise acquisition in the recent past. In the last years, a revamping phase of the instrumentation was...
Go to contribution page -
SAIF MOHAMMED KHAN (Synchrotron SOLEIL)Poster
The construction of next-generation light sources faces a critical challenge of high-precision alignment of the ring magnets. With the aim to acquire optimal and stabilized synchrotron radiation for upgrade of SOLEIL, the magnetic elements of the synchrotron must be aligned with very high accuracy. The magnetic measurement techniques such as vibrating wire and pulsed wire can be implemented to...
Go to contribution page -
Dr Julien Songeon (Metrolab Technology SA)Oral
This abstract presents Metrolab’s recent advancements and innovations in NMR and Hall magnetometry, along with our pursuit of ISO 17025:2017accreditation. We introduce the MFC8246 motorized mapper, designed for precise electromagnetic field mapping within small bore magnets. Furthermore, we discuss the HallinSight technology, a significant advancement in three-axis Hall magnetometry, which...
Go to contribution page -
Dr Julien Songeon (Metrolab Technology SA)Oral
Abstract—This abstract presents Metrolab’s recent advancements and innovations in NMR and Hall magnetometry, along with our pursuit of ISO 17025:2017 accreditation. We introduce the MFC8246 motorized mapper, designed for precise electromagnetic field mapping within small bore magnets. Furthermore, we discuss the HallinSight technology, a significant advancement in three-axis Hall magnetometry,...
Go to contribution page -
Jordi Marcos Ruzafa (ALBA Synchrotron)Oral
In this contribution we will describe the activities of the Magnets and Insertion Devices group at ALBA since 2022 and the plans for the future. The ALBA synchrotron light source is undergoing a significant upgrade to transition into a fourth-generation facility by 2031, with a key goal of reducing its emittance by at least a factor of 20. The Magnets group at ALBA is responsible for the...
Go to contribution page -
Erik Wallen (Lawrence Berkeley National Laboratory)Oral
The Advanced Light Source (ALS) at Lawrence Berkeley National Laboratory (LBL) is going through and upgrade where the ALS triple-bend achromat is replaced by a nine-bend achromat storage ring (SR) with on-axis injection using beam swapping from a triple-bend achromat accumulator ring (AR). About 700 accelerator magnets will be used for the ALS-U accelerator systems. The talk gives an overview...
Go to contribution page -
Fernanda Alves Menicucci Pinto (Brazilian Center for Research in Energy and Materials)Poster
We present recent developments in characterization approaches for a superconducting wavelength shifter currently being developed for the Brazilian Sirius synchrotron light source. The insertion devices will exhibit 6.6 T peak field with a 7 mm cryogenic magnetic gap leading to a 5 mm vertical gap inside the electron beam chamber. A primary approach based on an anti-cryostat chamber currently...
Go to contribution page -
Yoon Geol Choi (Pohang Accelerator Laboratory (PAL))Poster
The Multipurpose Synchrotron Radiation Accelerator (4GSR), supported by the Pohang Accelerator Laboratory (PAL), has brightness 100 times higher and extremely low beam emittance (<100 pm·rad) compared to third-generation synchrotron radiation accelerator. To achieve these specifications, 4GSR storage ring is designed with 28 cells based on the Hybrid 7-Bend Achromat lattice concept, utilizing...
Go to contribution page -
Dr Marco Buzio (TE Department, CERN)Oral
This talk presents the current status of magnetic measurement activities at CERN, including ongoing and future projects, major infrastructure upgrades, instrumentation R&D and recent noteworthy results.
Go to contribution page -
Vikas Teotia (Brookhaven National Laboratory)Oral
- Introduction
Magnet Division, Brookhaven National Laboratory is one of the world's earliest magnet research and development laboratories. Having played a significant role in early collider projects including the Relativistic Heavy Ion Collider, Large Hardon Collider, and recent Accelerator Upgrade Project, it will play a major role in BNL’s Electron-Ion Collider. Contributions to other...
- Introduction
-
Toshiya Tanabe (Brookhaven National Laboratory)Oral
The Insertion Device (ID) Group at the National Synchrotron Light Source-II (NSLS-II) has been actively engaged in upgrading the existing ID measurement system, including enhancements to the pulsed wire bench. The group is also focused on developing a new superconducting adaptive gap undulator (SC-AGU) [1] and its measurement system. A new measurement system is needed for the 4-meter-long...
Go to contribution page -
Matthias Bonora (CERN)Oral
Magnetic measurements rely on a wide range of measurement setups, sensors, actuators, and postprocessing steps. This requires a software framework to manage not only data acquisition but also persistent storage, asset management of sensors (including calibration data), and traceability of measurement results and reports. In this contribution, we present the software used in the TE-MSC-TM...
Go to contribution page -
Markus Tischer (DESY)Poster
An APPLE-III undulator of 2.5m length with a period length of 17.5mm has been developed at DESY within the last years. The device makes use of a magnetic force compensation scheme and provides arbitrarily polarized radiation. The undulator serves as a full-scale prototype for 6 further APPLE-III presently constructed within the FLASH2020+ seeding upgrade program. It has been successfully...
Go to contribution page -
Dr Joseph Z. Xu (Argonne National Laboratory)Oral
The Advanced Photon Source (APS) has successfully completed a major upgrade, transitioning its storage ring from a 7.0-GeV double-bend lattice to a 6.0-GeV multi-bend achromat (MBA) design. The efforts involved the fabrication, measurement, installation, and commissioning of:
Go to contribution page
- 1,380 storage ring magnets
- 46 new hybrid permanent magnet undulators (HPMUs)
- 26 existing HPMUs... -
charles kitegi (Synchrotron SOLEIL)Oral
SOLEIL II, the SOLEIL upgrade project aims at reducing the natural horizontal emittance of the storage ring down to 80pm at an energy of 2.75GeV. The storage ring lattice, consisting of alternating 7BA and 4BA High Order Achromat (HOA) type cells, necessitates over a thousand magnets. The magnetic design of dipoles and quadrupoles is based on permanent magnet technology. Correctors, sextupoles...
Go to contribution page -
Alex Bainbridge (STFC Daresbury Laboratory)Oral
We present the design, construction, measurement and troubleshooting of a prototype hybrid Halbach quadrupole magnet. This magnet was significantly under-strength due to local demagnetization in the permanent magnet material. We discuss how this effect was uncovered, measured and reconstructed in simulations, as a guide to any reader considering similar magnets in future.
Full Abstract in...
Go to contribution page -
Carolin Zoller (PSI - Paul Scherrer Institut)Oral
The upgrade of the Swiss Light Source (SLS2) has been one of the major projects at the Paul Scherrer Institute (PSI) during the last years. One key element to provide higher photon flux and brilliance for the beamline users is the extremely dense lattice arrangement with a total of 888 electromagnets and 450 permanent magnets, all designed and measured at PSI.
Go to contribution page
This contribution focuses on... -
Ed Rial (Helmholtz-Zentrum Berlin (BESSY II))Oral
The measurement campaign of a UE51 APPLE II device will be discussed, from individual magnet block measurements to final device shimming and installation.
Go to contribution page
Progress on adapting measurement systems of the magnet measurement lab will be reported, specifically the adaptation of the Helmholtz Coil measurement system to an EPICS based control system from a legacy OS/2 system.
The status of the... -
Guy Deferne (CERN)Oral
A coil chain is defined as an assembly of rotating coil segments, mechanically connected, that covers the entire field profile of long magnets. Rotating coil chains for field harmonics measurement of superconducting magnets had been heavily used on LHC cryo-magnets at CERN. The Insertion Region magnets for the HL-LHC project, with new geometries and tighter tolerances have required the...
Go to contribution page -
Giancarlo Golluccio (ITER Organization)Oral
ITER (International Thermonuclear Experimental Reactor) is the world’s largest Tokamak fusion project designed to demonstrate the feasibility of nuclear fusion as large-scale energy source.
Go to contribution page
It will be equipped with a large array of diagnostic instruments to provide the measurements necessary to control, evaluate and optimize plasma performance in ITER and to further the understanding of... -
Cameron Baribeau (Canadian Light Source Inc.)Poster
A vibrating wire measurement system, deployed in 2023/24 for locating the magnetic center of quadrupoles at the Canadian Light Source, was used recently to study the magnetic flux density of a test quadrupole magnet. Vibrating wire scans up to the n=200 wire harmonic (~10 kHz drive frequency) were measured in order to reconstruct the magnetic flux density across the length of the wire. The...
Go to contribution page -
Mona Gehlot (DESY (FS-US))Poster
Material evaluation measurements for soft iron and permanent magnets have been carried out to meet the requirements of the dipole magnets. In particular, three different samples of soft iron material and permanent magnets of SmCo grade are experimentally analyzed and compared with Radia simulations. The analysis and comparison of the measured data will ensure the requirements of field quality...
Go to contribution page -
Xiang Zhang (Institute of Modern Physics, Chinese Academy of Sciences)Poster
Hall probe measurement technology is a universally applied technology for the magnetic field mapping measurement of magnets. Traditional Hall probe measurement technology relies on a massive three-dimensional measurement platform, coupled with a three-dimensional adjustable magnet support frame, offering great universality and high positional accuracy in measuring medium and small magnets....
Go to contribution page -
Kenji Fukami (Japan Synchrotron Radiation Research Institute (JASRI))Oral
Precise magnet alignment based on a vibrating-wire method has been developed for the storage ring of an upcoming fourth-generation light source, SPring-8-II. All the multipole magnets in each straight section placed on a common girder will be aligned with an accuracy of ±0.005 mm or better with magnetic centers detected by the wire outside the machine tunnel before the installation. The same...
Go to contribution page -
Mr Beom Jun Kim (Pohang Accelerator Laboratory)Poster
The multipurpose synchrotron radiation accelerator (4GSR), supported by Pohang accelerator laboratory (PAL), aims to achieve an ultralow emittance of less than 100 pm·rad, which requires a significantly reduced dynamic aperture size. The existing local bump injection scheme, which uses four kicker magnets to inject the beam, is unsuitable for 4GSR because it demands a large dynamic aperture....
Go to contribution page -
Joseph DiMarco (Fermi National Accelerator Laboratory)Oral
Magnetic measurements are performed at Fermilab for both projects internal to the lab and as well as work for other laboratories. This talk briefly overviews the current projects and types of measurements we’re currently involved in, focusing on the more interesting or challenging. Recent projects include the US-LHC Hi-Lumi Accelerator Upgrade Project (AUP), Fermilab’s Proton Improvement Plan...
Go to contribution page -
Pawel Kosek (GSI)Poster
Abstract— The facility for Antiproton and Ion Research
Go to contribution page
(FAIR) is an international superconducting accelerator facility
currently under construction at Helmholtz Center for Heavy Ion
Research (GSI) in Darmstadt, Germany [1]. The main part of
the FAIR is the Superconducting Fragment Separator (Super-
FRS) - a powerful two-stage, large-acceptance, in-flight
separator made of 197... -
Dr Dragana Popovic Renella (SENIS Group, Switzerland)Oral
SENIS develops advanced sensors and measurement
Go to contribution page
instruments essential for the precise characterization of magnetic
fields in accelerator magnets and insertion devices. This abstract
presents the latest innovations and applications of SENIS’s
vertical and horizontal Hall sensors, 3D Hall sensors, low-noise
teslameters, cryogenic low-noise magnetic field transducers, 3D
magnetic... -
Kathrin Götze (DESY Hamburg, Undulator group)Poster
We present the design basics, assembly procedure and the results of the characterization measurements for two magnetic appliances that are part of the current upgrade of the FLASH free electron laser at DESY Hamburg. A permanent magnet-based phase shifter will allow for a tuning of the electron trajectory between two insertion devices to provide constructive interference, while...
Go to contribution page -
Stephane Sanfilippo (PSI - Paul Scherrer Institut)
-
Johann Baader (European XFEL GmbH)Poster
The SUNDAE2 magnetic field test facility aims to perform in-vacuum magnetic field measurements of superconducting undulators (SCUs) at the European XFEL. This work provides an update on the progress of SUNDAE2, which employs Hall probe, moving wire, and pulsed wire techniques for precise magnetic field characterization.
Go to contribution page -
Wentian Feng (Institute of Modern Physics, Chinese Academy of Sciences)Oral
The Institute of Modern Physics of the Chinese Academy of Sciences is currently building the Cooler-Storage-Ring External-target Experiment (CEE) magnet. The magnet's measurement needs to be conducted online, as depicted in the figure 1. The magnet has a center magnetic field of 0.5T, and the measurement area inside the magnet must cover a volume of 2.0 m × 1.6 m × 1.6 m. Furthermore, it is...
Go to contribution page -
Alexandre Arsenault (PSI - Paul Scherrer Institut)Oral
Please find the document attached.
Go to contribution page -
Alexandre Arsenault (PSI - Paul Scherrer Institut)
-
Lucas Samaille (ESRF)Oral
Abstract — This talk gives an overview of the update of both the hall probe measurement bench, and the stretched wire measurement bench. These benches were developed in house at the ESRF during the last decades mainly to measure permanent magnet undulators. The new hardware of both benches was chosen to improve their ergonomics, safety and ease of use, as well as the versatility and accuracy...
Go to contribution page -
Franz Bødker (Danfysik)Poster
The Danfysik precision Hall probe measurement bench has previously been used for field mapping of the demanding MAXLab IV combined function dipoles [1]. This measurement bench has recently been upgraded for position accuracies of better than 10 µm for strait on-the-fly measurements over lengths of up to 5m and has been prepared for efficient measurements along curved trajectories. Work is now...
Go to contribution page -
Alexis Dutheil (Synchrotron SOLEIL)Oral
The rise of cryogenic undulators requires an adaptation of their measurement benches. The constraints of vacuum, space, and temperature compel us to modify our benches in terms of their configurations and components.
Go to contribution page
The new Hall probe bench that will be tested on the CPMU12 currently under construction at Soleil is Based on the SAFALI (Self-Aligned Field Analyzer with Laser Instrumentation)... -
Masamitsu Aiba (PSI - Paul Scherrer Institut)Oral
A large number of sextupole-octupole pairs are to be installed into the new storage ring of the Swiss light source, SLS2.0. These magnets are measured using vibrating wire technique, and the magnetic axes are found and relatively aligned.
Go to contribution page
Choose timezone
Your profile timezone: