The European Spallation Source (ESS) Neutron Instrument Project aims to develop 15 world-leading neutron instruments by 2023. The project involves instrument classes, performance targets, budget considerations, and a planned schedule for instrument commencement. The NSS project scope includes reduci

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Delve into the research on single-neutron transfer on 68Ni conducted by Andreas Ceulemans at the ISOLDE Workshop and Users Meeting in November 2023. The investigation focuses on the significance of studying nickel isotopes, the magicity and collectivity near 68Ni, and the use of shell model calculat

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Explore the cutting-edge advancements in cave design and shielding strategies for radiation protection, including details on the construction materials, structural modifications, and spatial dose rate distributions achieved through simulation and calculations. The designs feature elements like steel

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Neutron stars, initially proposed in 1933, have been the subject of various discoveries and studies. They are characterized by their unique properties such as compactness, high density, rapid spinning, and strong magnetic fields. Neutron stars are predominantly composed of neutrons, with other parti

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\"Shielding Your Organization: Chief Security Officer Recruitment Insights\" offers invaluable guidance for businesses seeking to fortify their security posture by recruiting the right Chief Security Officer (CSO). This comprehensive resource delves into the intricacies of chief security officer rec

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Nuclear Magnetic Resonance (NMR) spectroscopy is a powerful technique for analyzing molecular structures based on the chemical shifts of protons. In an NMR spectrum, peaks correspond to different protons in a compound, with their positions, intensities, and spin-spin splitting providing valuable inf

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Explore the concept of shielding and Slater's rule in chemistry, which explains how electrons in different energy levels affect the effective nuclear charge experienced by valence electrons. Learn how to estimate shielding extent using Slater's rules and calculate the effective nuclear charge for el

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This study discusses the estimation of dead-time loss for high neutron count-rates and the associated multiplicity correction using multi-channel list-mode data. The numerical method for high count-rate dead-time correction in neutron multiplicity counting is described, focusing on the use of multi-

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Explore the neutron multiplicity measurement in muon capture on oxygen using Super-Kamiokande, a water-Cherenkov detector located underground in Japan. Gadolinium was added to enhance neutron tagging efficiency, aiding in Supernova observation, proton decay rejection, and more. Neutron signals are t

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The University of Michigan, under the guidance of Dr. Sara A. Pozzi, conducts cutting-edge fission experiments leveraging organic scintillation detectors. These detectors offer advantages such as nanosecond-scale response times, energy proportionality, and scalability. The experiments focus on impro

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Alexander Nezvanov, a researcher at Frank Laboratory of Neutron Physics, presented a study on enhanced directional extraction of very cold neutrons using a diamond nanoparticle powder reflector. Very cold neutrons (VCN) have unique properties making them ideal for various applications in neutron tec

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Explore cutting-edge research in nuclear physics, including experiments on pion ratios and Pb isotope radius measurements, neutron star observations, neutron density distributions of Pb isotopes, and polarized proton beams at Osaka University. Learn about the analysis of realistic point proton densi

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Workshop on Neutron Electric Dipole Moment: Theory to Experiment will be held in Trento from August 1st to August 5th, 2022. The event aims to bridge the gap between theory and experiment in investigating the neutron EDM in Lattice QCD, Phenomenology, and Cosmology. Renowned speakers and financial s

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This research focuses on the validation of thermal neutron diffusion experiments in water at elevated temperatures. Various methods, including the pulsed-neutron die-away and static relaxation length methods, were used to determine the diffusion length (L). Through linear and power fits based on dat

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Overview of the Safety Assessment Document (SAD) and Accelerator Safety Envelope (ASE) process for the 400 MeV Test Area (MTA) at Fermilab. The document details the shielding assessment, approval process by various committees, and updates made to the SAD chapters and the Accelerator Safety Envelope.

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Exploring the fascinating realm of neutron stars through astronomical observations and the implications for equations of state (EOS). Delve into the mysteries of neutron star properties, measurement results from projects like PREX/CREX, and the significance of NS masses, tidal deformabilities, and r

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Gas Metal Arc Welding (GMAW) is a versatile welding process that utilizes a consumable electrode wire, electric arc, and shielding gas to join metallic materials efficiently. This method requires essential equipment like power source, consumable electrode wire, wire feeder, welding gun, shielding ga

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Exploring further potential for utilizing fast neutron sources, the DONES project aims to expand its scope beyond fusion materials studies. The ELAMAT Consortium, spearheading the bid for hosting DONES in Poland, envisions incorporating additional scientific areas for complementary research. Complem

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Reactor start-up is a crucial operation that transitions a reactor from a subcritical state to a critical state by carefully adjusting reactivity levels. In a subcritical reactor, the neutron density should decrease over time but may not reach zero due to certain factors. Neutron multiplication fact

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This document discusses Q and magnetic shielding considerations for 3.9 GHz cavities used in the LCLS-II project, highlighting the unique behavior observed in nitrogen-treated cavities. The study delves into the improved Q values and field dependence of quality factors, challenging traditional niobi

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Investigate the interaction of dark matter within neutron stars, comprising approximately 25% of the universe's total matter. The nature of dark matter assumptions, its distribution within neutron stars based on fermionic or bosonic properties, and the implications for self-interacting fermionic and

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This content discusses the comparison between the new and old cave configurations in the Neutron Ball testing part II. It showcases images and descriptions of the different cave configurations, highlighting the progress in research at the Cyclotron Institute. The Neutron Ball's functionality and tes

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Detailed insights into the Anthem Flash Linac project at UNICT including machine characteristics, source features, shielding calculations, installation site, and potential configurations. Emphasis on radioprotection aspects, primary electron radiation, X-rays, bremsstrahlung field, and shielding req

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Multiple scattering programs like MSCAT and DISCUS, written in Fortran since the 70s, are essential tools for neutron diffraction and inelastic analysis. These programs allow for the calculation of neutron cross-sections, scattering angles, and sample geometries. The results obtained include elastic

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Integrating OpenContrail into Neutron Stadium introduces Networking-OpenContrail, bridging OpenContrail with Neutron to enhance network functionality. The project aims to achieve full parity between the two platforms, with active contributors encouraged to join the development efforts. Deployment op

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Ionizing radiation interacts with matter in direct and indirect ways, leading to various effects on biological systems. Directly ionizing particles disrupt atomic structures, while indirectly ionizing radiation like electromagnetic waves produce secondary electrons. Alpha particles have high ionizat

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Detailed examination of the formation of double neutron stars in the Milky Way Galaxy, exploring various merging channels, uncertainties in binary evolution, and models compatible with gravitational wave observations. Emphasis on testing and constraining models with Galactic double neutron stars.

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The presentation discusses cascaded cooling of neutrons and Namiot's proposal for phononless cooling to low temperatures using polarized deuterons. It explores inelastic scattering cross-sections, candidate paramagnetic systems, and excitations in O2. Additionally, it covers rate constants, superflu

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In this talk by Futoshi Minato from JAEA Nuclear Data Center, topics covered include delayed neutron emission probabilities, incident neutron energy dependence, sensitivity analysis with JENDL evaluated libraries, and important precursors in r-process nucleosynthesis. Theoretical calculations are pr

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The study evaluates the MURR Thermal BNCT Facility's effectiveness in treating canine nasal/sinus tumors using a phantom. The facility, located at the University of Missouri Research Reactor, offers Boron Neutron Capture Therapy (BNCT) under the direction of Dr. Fred Hawthorne. Key features include

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Comprehensive analysis and visualization of beta-delayed neutron covariances, fission yields, and their implications in nuclear physics applications. The research covers calculations of delayed nu-bar, neutron probabilities, and recommendations for various systems. Disagreements in fission yields fo

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Virtual router (vRouter) is a crucial component in network virtualization, with applications in cloud environments like Openstack Neutron. This article delves into the concept of vRouter, its importance in IPv6 implementations, and the utilization of VM-based vRouters. It also explores the current s

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Understanding neutron detection basics, absorption cross-section, moderators, positioning, and common detector types is crucial for accurate measurements. Neutrons vary in energy levels, requiring specific detection techniques. Thermal neutrons are easier to detect than fast ones, with materials lik

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Neutron production reactions at the International Linear Collider (ILC) involving nuclear reactions, photo-nuclear reactions with light and heavy nuclei, estimation of neutron production using gamma irradiation on Be-9, and application prospects. Cross-sections, energy inputs, and conversion rates a

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A detailed exploration of Monte Carlo simulations for GEM-based neutron detectors, investigating their detection efficiency and performance characteristics. Various detector designs and concepts, including multi-layer converters and GEM detectors, are discussed, along with simulation results on sign

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This project focuses on developing a compact neutron spectrometer, NS-GEM, using gas electron multiplier detector technology for fusion plasma applications. The goal is to achieve high energy resolution, low sensitivity to γ-rays, and high count rate capabilities for accurate neutron measurements.

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Delve into the intriguing link between neutron star mergers and the synthesis of ultra heavy element cosmic rays. The rapid neutron capture process, known as r-process, plays a crucial role in creating elements heavier than iron through events like neutron star mergers and core-collapse supernovae.

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Recent work by Allan D. Carlson, a NIST associate under contract with BNL, was presented at the CSEWG meeting discussing possible changes to neutron standards and showcasing important measurements, such as H(n,n)H angular distribution data by Jiang et al. and 6Li(n,t) reaction measurements by Bai et

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Single-nucleon knock-out reactions in neutron-rich medium-mass nuclei were studied to investigate the reduction of proton-removal cross section. Short-range correlated nucleon pairs, especially protons, were found to impact the probability of single-proton removal processes. Experimental measurement

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Neutron detectors in safeguards utilize multi-channel list-mode recorders for advanced dead-time correction, improving data analysis. The method involves estimating lost pulses and correcting multiplicity histograms to enhance counting accuracy. Through an iterative process, dead-time probabilities

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