-
Poster
With the advent of nuclear structure studies using antiproton annihilations on the surface of unstable nuclei at the PUMA experiment [1], isobaric beam purity and vacuum requirements with < 10^-10 mbar motivate the installation of a new beamline at ISOLDE. A Multi-Reflection Time-of-Flight mass spectrometer (MR-ToF MS) is currently in commissioning at the MIRACLS experiment [2], promising up...
Go to contribution page -
Poster
The Cluster of Low Energy Accelerators for Research (CLEAR) is a consortium comprising three research facilities [1]: ATOMKI in Debrecen [2], CNA in Seville [3], and IST in Lisbon [4]. CLEAR is part of the EURO-LABS EU Project [5], each facility offering 640 hours of Transnational Access to stable-ion and neutron beams annually.
Go to contribution page
The consortium operates under a unified Program Advisory... -
Poster
Kinetic instabilities in ECR plasmas can significantly affect the output of the ion source, leading to temporary drops in beam quality and current. This can have adverse effects on experiments making use of these beams. As part of the EUROLABS – ERIBS effort to optimise the performance of ECRIS and avoid interruptions in performance, the LNS-LNL task force is focused on developing experimental...
Go to contribution page -
Poster
The Cyclotron Center Bronowice is the proton beam medical facility at the Institute of Nuclear Physics Polish Academy of Sciences devoted mainly to conduct hadron cancer therapy. Additionally it offers the possibility of using proton beams for nuclear physics research. The cyclotron delivers protons with the energy of 230 MeV which can be degraded to any energy down to 70 MeV using energy...
Go to contribution page -
Poster
The new experimental area of the n_TOF facility at CERN, namely NEAR, has been built at a very short distance from the Pb spallation target (approximately 2.5 m) in order to take advantage of the extremely high neutron fluence expected and perform various challenging measurements for numerous applications. In this experimental area, due to the high instantaneous flux, only passive techniques,...
Go to contribution page -
Poster
Over a decade ago, the first experimental evidence for the N=32 sub shell closure in the calcium isotopic chain emerged [1,2]. Subsequent experimental and theoretical investigations have confirmed this finding. However, in laser spectroscopy measurements extending up to $^{52}$Ca (N=32), no indications of this shell gap were apparent [3]. Crossing the shell gap with laser spectroscopy setups...
Go to contribution page -
Poster
Colour centers in diamond have currently found applications in quantum devices, in particular the nitrogen-vacancy center NV, which is being used as a nanoscale sensor for magnetic fields or temperature. Group-IV vacancy centers are, thanks to their symmetry properties (due to the so-called split-vacancy configuration), of great interest as spin-photon interfaces for a number of quantum...
Go to contribution page -
Poster
The GANIL facility is an infrastructure dedicated to fundamental research using ion beams in fields such as nuclear physics, materials science, astrophysics, radiobiology, etc. GANIL's target laboratory is part of the European EuroLabs project, which, among other objectives, brings together the community of 'nuclear target manufacturers' at the European level to produce a wide range of...
Go to contribution page -
Poster
HRMT-60 experiment was performed at the CERN-HiRadMat facility in October 2022 to understand thermal shock response of conventional materials and novel materials to support the design and operation of future multi-MW accelerator beam windows and secondary particle-production targets. This experiment, organized within the framework of the RaDIATE collaboration, builds on the previous HRMT-43...
Go to contribution page -
Poster
The RAPID infrastructure of the Institute of Nuclear Chemistry and Technology (INCT) is a versatile research platform allowing pilot-scale electron beam irradiation for research and demonstrations with a broad range of beam parameters. It includes: 1) linear electron beam accelerator (LAE 10, INCT) with nanosecond pulse radiolysis set-up, 2) Linear electron beam accelerator (Elektronika,...
Go to contribution page -
Poster
Presenting the results from the COLLAPS run of neutron deficient Thallium Isotopes collected in 2023, including details of the experimental method. Preliminary results from analysis and values for isotope shifts, magnetic dipole moments and electric quadrupole moments will be presented. In addition to this some wider comparison with the lead region for broader trends will be shown.
Go to contribution page -
Poster
The current study focuses on the temperature-dependent structural modulation of the local environment of M2+ ions in vanadium bronzes MxV2O5 and vanadates xMnO-V2O5. The growing interest in V2O5-based materials is in view of their potential for cathodes in M ion batteries, as highlighted in recent research [1]. Although the (de)intercalation mechanism of M ions is considered fundamental to...
Go to contribution page -
Poster
An overview of the LPA-UHI100 platform will be detailed, including service improvement that allows increasing the repetition rate of the laser-driven electron source.
Go to contribution page
A detailed plan of the implementation and tests of new ML toolkit developped by GSI (GeOFF) will be presented as well. This should reduce the optimisation time for delivering optimised electron beam to users. -
Poster
β detected NMR is a method that allows investigations of short-lived isotopes with a precision inaccessible to conventional NMR. This increased sensitivity is gained by combining hyperpolarisation of the nuclear spin generated through optical pumping with an efficient detection of the asymmetrically emitted β-particles from the decaying isotopes. One of the isotopes scheduled to be...
Go to contribution page -
Poster
The research on Burnable Absorbers (BA) inside nuclear power plants has demonstrated that erbium is a viable alternative to gadolinium. Erbium enhances the safety of fission power plants and plays a significant role in nuclear astrophysics, particularly in s-process nucleosynthesis. However, the evaluated uncertainty data for erbium isotopes remain relatively high. To address this, an...
Go to contribution page -
Poster
Neutron capture cross sections of $^{64}$Ni is an important parameter to accurately simulate the s-process and validate stellar models. As $^{64}$Ni is among the seeds of the s-process, the uncertainty on its capture cross section has been shown to significantly affect the predicted abundances of many isotopes produced by the s-process both in massive and AGB stars. Moreover, the uncertain...
Go to contribution page -
Poster
Given the present availability of high-gradient accelerator technology for compact and cost-effective electron linacs in the 100-200 MeV energy range, the interest for Very High Energy Electron (VHEE) radiotherapy (RT) for cancer treatment recently reached an all-time high. Particular significance is assumed by the Ultra-High Dose Rate (UHDR) regime where the so-called FLASH biological effect...
Go to contribution page -
Poster
A wealth of theoretical models, both phenomenological and from first principles, have been developed in order to predict the various properties of the atomic nucleus. In order to test modern nuclear theory, experimentalists need to push towards the most exotic nuclei for benchmarking these predictions.
In this regard, Collinear Laser Spectroscopy (CLS) has proven to be a powerful technique...
Go to contribution page -
Poster
The slow neutron capture process is one of the main mechanisms of stellar nucleosynthesis for isotopes heavier than 56Fe, being of special importance in the region of the valley of stability.
Go to contribution page
The measurement of the neutron capture cross sections in time-of-flight facilities, such as n_TOF, provides nuclear data for isotopic ratios and stellar evolution models.
These models are evaluated in... -
Poster
The development of the next generation of nuclear technologies require precise knowledge of a broad range of nuclear data. Specifically, the cross sections of reactions induced by fast neutrons play a crucial role in the design of Gen IV nuclear reactors, with four out of the six considered prototypes being of the fast reactor type. Fusion reactors also necessitate accurate neutron inelastic...
Go to contribution page -
Poster
This poster aims to present an overview of openNP-RDM, a digital repository platform dedicated to open science for nuclear physics.
Go to contribution page -
The CERN Linear Accelerator for Research (CLEAR) at CERN is a user facility providing a 30-200 MeV electron beam for accelerator R&D and irradiation studies, including medical applications. In this poster we will outline the most recent improvements in CLEAR operation and beam control and delivery, and describe the upgrades under way, giving an update of their current status. These upgrades...
Go to contribution page -
Poster
The Miniball gamma-ray spectrometer at ISOLDE-CERN is employed to investigate both collective and single-particle nuclear properties in radioactive isotopes. The spectrometer comprises eight assemblies of three high-purity germanium detectors, and is complemented with ancillary silicon detectors for particle detection. It exploits the re-accelerated radioactive ion beams provided by the...
Go to contribution page -
Poster
This study aims to precisely measure the hyperfine structure (HFS) constant A, in neutron-rich potassium isotopes [1]. The in-beam laser-rf double-resonance spectroscopy [2] in a collinear geometry will be performed to obtain the relative precision of up to 10-4. This method, which has previously been applied only to stable isotopes, brings significantly enhanced precision through the use of...
Go to contribution page -
Poster
The novel gamma-MRI imaging modality should allow the simultaneous exploitation the advantages of SPECT – sensitivity of gamma-ray detection, and MRI –spatial resolution and flexibility. The combination of these techniques relies use gamma-emitting nuclei (like in SPECT) with highly polarized spins, leading to anisotropic emission of gamma-ray, and allowing spin manipulation with rf pulses...
Go to contribution page -
Poster
The recent Covid pandemic has shown the importance of providing accelerator users with tools to control their experiments remotely. Giving them direct access to the control system would however constitute a major security risk, on top of the system itself being often complex to use.
At the PARTREC accelerator, work is ongoing to provide secure access via an interface PC connected to...
Go to contribution page -
Poster
The scientific-technical infrastructures of GSI and FAIR attract many national and international user groups to perform forefront research in accelerator-based science. For research groups with approved experiments, beams and experimental facilities are provided free of charge. This contribution will highlight the accelerator facilities, the experimental areas, and results from recent...
Go to contribution page -
Poster
Recent progressions of nuclear theories have allowed for the descriptions of heavier, complicated systems such as the doubly magic $^{100}$Sn. Experimental efforts have been invested in studying the surrounding region near the proton shell closure at Z=50. Sb (Z=51) lies a single proton above this Z=50 proton shell closure and the single valence proton allows for the investigation of...
Go to contribution page -
Poster
High resolution laser spectroscopy has been used to study the atomic hyperfine structure of thulium isotopes (Z=69). This technique results in a model independent measurement of the nuclear magnetic dipole and electric quadrupole moments, as well as the change in mean-square charge radius, with respect to the stable 169Tm. Collinear laser spectroscopy measurements were performed using the...
Go to contribution page -
Poster
The SPARC_LAB (Sources for Plasma Accelerators and Radiation Compton with Lasers and Beams) facility is a state-of-the-art research center at Frascati National Laboratories (Rome, Italy) designed to provide external users with access to a high-brightness electron beam for a wide range of scientific applications. SPARC_LAB consists of a photoinjector, SPARC, capable of generating...
Go to contribution page -
Poster
The streamlined and remote access subtask aims at the improvement of accessibility to the European accelerator facilities. The main goals are:
- improved dissemination of facility characteristics;
- streamlined proposal submission;
- unified forms for the supported personal access to the TA experiments and comprehensive database of the TA support...
-
Poster
The European nuclear target community has benefited by funds within the EURO-LABS work package WP2-5-2 on “targets for Nuclear Physics”. The last one is a joint project by the INFN – LNS, INFN – LNL and INFN – Turin in Italy, GSI/FAIR in Germany, GANIL, CNRS – IJCLAB, CNRS – IPHC Strasbourg in France, University of Warsaw/HIL in Poland, IFIN – HH in Romania, LIP/FCUL – Lisbon in Portugal and...
Go to contribution page -
Poster
The MM-TPC collaboration has tested a MicroMegas detector for TPC purposes both in a single particle and high particle regime.
Go to contribution page
This has been possible thanks to the INFN Frascati Beam Test Facility (BTF) facility that provided electrons and positrons at $\mathrm{450\,MeV}$ energy with multiplicity ranging from $1$ to $10^4$.
The detector under test was a $\mathrm{40\times50\,cm^2}$ MicroMegas... -
Poster
Measurements of the 243Am(n,f) cross-section have been carried out at the n_TOF facility both in EAR1 and EAR2
Go to contribution page -
Poster
The Beam Test Facility (BTF) of the National Laboratories of Frascati provides external users with positron/electron primary and secondary beams in various configurations for detector calibration purposes.
Go to contribution page
The BTF beam is organized into bunches, with a repetition rate of up to 49 pulses per second from the DAΦNE LINAC facility. Each bunch offers impressive flexibility, accommodating a... -
Poster
The CERN Linear Electron Accelerator for Research (CLEAR), operating since 2017, is a user facility providing electron beams for a large and varied range of experiments. The electron beam is produced from a Cs2Te photocathode and is accelerated between 30 MeV and 220 MeV in a 20 m long linear accelerator. In 2022, several hardware and software tools were upgraded and novel procedures and...
Go to contribution page -
Poster
Poster describing the FREIA lab, the service improvements and the Transnational access granted.
Go to contribution page -
Poster
The Heavy Ion Laboratory at the University of Warsaw as a part of the National Laboratory of Cyclotrons is the Polish transnational access facility. The Warsaw U-200P cyclotron delivers beams of heavy ions for experiments conducted by international experimental teams with the ICARE, EAGLE, and NEDA setups. Selected results obtained in this European transnational access program will be presented.
Go to contribution page -
Poster
The Test Facility for Large Magnets is a cryogenic test facility located in Salerno, at the Fisciano campus, covering an area of 450 m2. It is dedicated to the large-scale superconducting magnets tests providing a cryogenic infrastructure equipped with the He refrigerator of 200W @ 4.5 K and 30m3 He gas tank. The facility has been adapted to carry out the Site Acceptance Tests of the...
Go to contribution page -
Poster
The ISOLDE Solenoidal Spectrometer (ISS) is a device designed to measure the reaction products from nuclear scattering reactions in inverse kinematics, where a heavy radioactive ion beam is fired at a lighter target. The strong solenoidal magnetic field focuses the lighter product of interest onto a bespoke on-axis silicon array, from which the excitation energy and angle of scattering can be...
Go to contribution page -
Poster
Theo4Exp is a virtual infrastructure which provides theoretical tools within the EURO-LABS project. It is aimed mainly at experimental nuclear physicists to enable them standard but advanced calculations helpful in data interpretation, favouring collaboration between theorists and experimentalists. It is designed as an open access platform, where key computer codes, as well as results...
Go to contribution page -
Poster
β-decay spectroscopy is a powerful experimental tool for studying complex phenomena emerging in exotic neutron-rich nuclei, such as β-delayed one- and multi-neutron emission [1-3].
Go to contribution page
A novel approach to β-decay experiments, pioneered by a group from the University of Osaka [4,5], has recently been implemented at the VITO beamline [6] at ISOLDE. The new end station, called DeVITO [7], has been...
Choose timezone
Your profile timezone: