Isotope research - PowerPoint PPT Presentation

Delve into the intriguing world of fission studies near 198Pb using the AT-TPC at FRIB. Supported by the DOE Office of Science, this research probes nuclear structure, fission properties, and fusion-fission reactions. By employing innovative techniques like the Heavy Isotope Tagger and active target

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Explore various types of particle accelerators such as Direct Voltage Accelerators, Van de Graaff Generators, Tandem Van de Graaff Accelerators, and Linear Accelerators used in generating particles for isotope production, research, and industrial applications. These technologies play a crucial role

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Explore the primordial, depleted, and recycled components in basalts to understand deep Earth reservoirs, recycling paths, and core-mantle dynamics using isotope geochemistry. Learn about radioactive decay systems, mantle array evolution, and U-Th-Pb systematics in planetary differentiation.

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FRIB (Facility for Rare Isotope Beams) is supported by the U.S. Department of Energy and Michigan State University. It utilizes advanced techniques for rare isotope beam formation, offering insights into nuclear physics. The facility operates with high beam power, serving various scientific experime

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Cutting-edge research at RIKEN's Radioactive Isotope Beam Factory (RIBF) in collaboration with the University of Tokyo, focusing on gamma-ray spectroscopy setups, in-beam experiments, and detector arrays like DALI2. The experiments involve studying reaction channels, Doppler shift effects, and explo

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Explore the methods utilized in tracer techniques for investigating biogenetic pathways in plants. Learn about competitive feeding, precursor-product sequence method, sequential analysis, and isotope incorporation. These methods involve labeling experiments to trace metabolic pathways and understand

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Investigation into primary hot fragment reconstruction at Fermi energy heavy ion collisions, utilizing experimental data and simulations to reconstruct excitation energy, mass, and charge of primary fragments. Techniques like kinematical focusing and isotope identification were employed, with a focu

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Explore cutting-edge experiments in nuclear physics using intense photon beams, nondestructive isotope detection, laser Compton scattering rays, and photon beams for fundamental collective motion studies. Learn about nuclear resonance fluorescence, dipole excitation strength distribution, and detail

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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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The process of measuring angle-integrated charged-particle cross sections using the stacked target technique is discussed. The method involves the use of monitor foils, degraders, and a beam foil of interest to determine energy and flux. Uncertainties in the measurements and the correction for flux

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IReNA is an international network of networks focused on nuclear astrophysics, connecting researchers from various countries and institutions to enhance collaboration. Networks include Rare Isotope Accelerators, Gravitational Waves, Neutrino Physics, and more, aiming to advance research in the field

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Molten salt reactors face challenges in material accounting due to liquid fuel which precludes traditional safeguards. This project proposes a two-step approach involving the development of measurement signatures created by material diversion, and a machine learning model to distinguish normal react

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This material discusses the techniques used at the Facility for Rare Isotope Beams (FRIB) to suppress magnetic fields and control cavity frequencies. It covers topics such as remnant field suppression, solenoid package design, validation tests, and magnetic shield material validation for the FRIB cr

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This study delves into the concept of nuclear symmetry energy through the lens of QCD Sum Rule, discussing its implications in Rare Isotope Accelerator Plan and nucleon-nucleus scattering. Utilizing mean field approximation and Borel transformation, the research aims to understand asymmetric nuclear

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Explore the TALYS exercises, sample cases, and project insights from the ICTP-IAEA Workshop on Nuclear Data Evaluation. Dive into subactinide fission, neutron interactions with different elements, and resonance parameter reconstruction with TALYS-1.8. Discover the intricacies of fission barriers, Ma

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Knowledge of how the hydrogen isotope impacts H-mode confinement is crucial for predicting energy confinement in future fusion plasmas. Research explores the relationship between isotope mass and confinement time, highlighting the optimistic outlook for future reactors. Experimental studies on hydro

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Cutting-edge research and facility developments in the field of rare isotopes were showcased at the EURISOL Town Meeting in INFN - Pisa. Topics included advances in EBIS charge breeders, the ARIEL Extension facility, and the CANREB laboratory with Electron Beam Ion Source technology. Various aspects

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Copper-67 (Cu-67) is a promising medical isotope due to its biological compatibility, short half-life, and dual treatment and imaging capabilities. This isotope offers non-toxicity, desired decay modes, and suitable half-life for medical applications. Various production methods, such as rare isotope

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Texas A&M University's Nuclear Data Program is at the forefront of research on medical radioisotopes, particularly highlighting the production and potential applications of 67Cu. This isotope offers promising benefits for diagnostic imaging and radioimmunotherapy due to its low-range, highly ionizin

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Mass spectrometry is a powerful analytical technique used to determine the molecular mass, formula, and structural features of compounds. By ionizing molecules in a mass spectrometer, it generates molecular ions that reveal valuable information about the composition of the compound. Isotope peaks he

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Explore the origin of s-process isotope heterogeneity in the solar protoplanetary disk, delving into cosmochemistry, isotopic variations in meteorites, and the significance of internal normalization. Discover the correlation between Pd isotope compositions in iron meteorites and the solar system s-p

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Rick Roast, a prominent figure in nuclear data, has made significant contributions in the field through initiatives like Isotope Explorer and EGAF. Even after retirement, he continues to lead important projects in nuclear research. His work bridges the gap between nuclear structure and reactions, re

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Optimizing nuclear data is crucial for enhancing isotope production efficiency in reactors. Improved cross section data can lead to cost reductions and material savings by enabling better production optimization. Specific cross sections are required for heavy isotope production, as well as for medic

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Neptunium-236 and its production via nuclear reactions using uranium-235 and uranium-238 channels are explored. The utilization of Neptunium-236 as a tracer for Isotope Dilution Mass Spectrometry to determine Neptunium-237 is discussed along with research initiatives and challenges in Neptunium prod

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To modernize BNL's medical isotope production capability, this project focuses on developing an Electron Cyclotron Resonance Ion Source (ECRIS) for the production of Li3+ and He2+. The aim is to facilitate the production of 211At through innovative approaches, such as the 209Bi(7Li, 5n)211Rn method.

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Isotope production technique using muon beam from pion capture solenoid system at JPARC, focusing on data analysis of targets like 93Nb, 100Mo, and 181Ta over three experimental days. Explore the relevance of energy peaks to potential isotopes, with reference to nuclear data sheets for Ta-181 decay.

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TENDL and its critical role in medical isotope production. Learn about nuclear data, uncertainty propagation, reaction pathways, and software tools like ISOTOPIA for optimizing irradiation outcomes

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Radiogenic isotope geochemistry delves into the origins of the Earth's antiquity through radioactive decay and nuclear structure exploration. This lecture introduces key concepts in nuclear physics, such as isotopes, binding energy, and nuclear forces, essential for understanding the behavior of sta

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Water stable isotopes (18O and 2H) play a crucial role in understanding meteorological processes. This study aims to determine water isotope compositions in IAEA WICO and North-West villages of South Africa. Specific objectives include evaluating the Global and Local Meteoric Water Lines, analyzing

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This research project focuses on establishing routine production of theragnostics using the TR19 cyclotron, developing solid targetry for radiometals, and performing FLUKA analysis to inform targetry. The approach involves establishing a solid target system, developing methods for producing Radium t

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Focused on measuring water vapor isotopologues in clouds, the WISPER system uses sophisticated instrumentation to study cloud microphysics and precipitation processes. Despite challenges like condensation and icing, the system provides valuable insights into cloud composition and dynamics. The limit

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Water Isotope System for Precipitation and Entrainment Research (WISPER) utilizes advanced spectrometers to measure water vapor and isotopologues in clouds. The system helps in understanding cloud microphysics, droplet formation, and vapor transfer processes. However, it faces challenges such as con

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Researchers at Brookhaven National Laboratory are working on upgrades for isotope production to meet current and future needs, including developing new processing capabilities and particle beams. The project aims to address gaps in accelerator production and infrastructure to support US radioisotope

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The Michigan State University Facility for Rare Isotope Beams (FRIB) is dedicated to advancing nuclear science by studying rare isotopes. The facility houses the National Superconducting Cyclotron Laboratory, which enables cutting-edge research in nuclear physics and related fields. Researchers at F

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Michigan State University's National Superconducting Cyclotron Laboratory houses the Facility for Rare Isotope Beams, conducting experiments with over 1000 Radioactive Ion Beams. The project started in 2009, with reaccelerated beams reaching up to 12 MeV/u. Transitioning from NSCL to FRIB, the facil

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This content presents slides from a kick-off meeting held in July 2021 regarding the transport of hydrogen through the first wall of fusion devices. The meeting aimed to coordinate sample exchanges and emphasize the importance of understanding the expected work for 2021. Various subprojects were dis

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D-T experiments differ from D due to isotope effects, transport mechanisms, wave-particle interactions, and alpha-particle physics. Changes in ion thermal conductivity, isotope effects on confinement, and isotope scaling variations in different operating regimes are discussed. The impact of neutral

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This research discusses isotope effects in thermal neutron scattering, presented at the ORNL Cross Section Evaluation Working Group Meeting in November 2021. The study explores the impact of different isotopes on neutron scattering behavior, shedding light on valuable insights for neutron scattering

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This research article explores the impact of ocean acidification on the stable isotope composition of large benthic foraminifera. The study investigates calcite saturation state under different pH and CO32- conditions, emphasizing the effects on Miliolid and Rotalid foraminifera. Results show signif

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Explore the fascinating journey of Earth's atmosphere, from its formation and the origins of life to the impact of atmospheric chemistry on our planet. Learn about the early atmosphere, thermal consequences, mantle formation, isotope distribution, and the appearance of the atmosphere through isotope

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