Overview provides information on the developments of the FCC Software Framework (SF) project, including modular software design and simulation capabilities for the Future Circular Lepton Collider (FCC-ee). It covers topics such as beam-beam interactions, lattice descriptions, beam lifetime studies,

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This content discusses the development of a FAIR-compliant platform for AI-ready data in particle accelerators, highlighting the applications of machine learning in various accelerator facilities like CERN, PETRA-III, NSLS-II, HEPS, and more. It emphasizes the importance of high-quality data in acce

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Crystal technology is being explored as a replacement for electrostatic septa in particle accelerators like the SPS at CERN. The transition aims to improve beam extraction efficiency and reduce radiation levels, impacting personnel safety and equipment lifespan. Various parameters and performance re

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Medical facilities, like Heidelberg University Hospital, utilize advanced techniques such as slow extraction and raster scanning for precise dose delivery in particle therapy. The demands on these facilities include safe and precise beam parameters, uninterrupted therapy sessions, and fast irradiati

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\nIntroducing Turnkey's groundbreaking iPM instrument! Revolutionizing air quality analysis, it combines light extinction & scatter for precise airborne particle measurement. Now, track all PM size fractions simultaneously with unmatched accuracy. \nKEY FEATURES:\n1. Measures PM10, PM4 (respirable),

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Comminution is the process of reducing particle size from larger to smaller particles, crucial in various industries like pharmaceuticals. This operation involves milling, grinding, and size reduction to make raw materials usable. The particle size plays a significant role in pharmaceutical formulat

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The Conjugate Beam Method is a powerful technique in structural engineering, derived from moment-area theorems and statical procedures. By applying an equivalent load magnitude to the beam, the method allows for the analysis of deflections and rotations in a more straightforward manner. This article

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Understanding beam deflection through integration method involves analyzing relationships between moment, deflection, slope, and shear in a beam structure. By integrating the moment equation under certain assumptions and boundary conditions, engineers can determine deflections and solve for constant

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Nuclear reaction rates and cross sections play a crucial role in determining the probability of interactions between particle beams and target nuclei. Cross section is the effective area of a target nucleon to the incident beam, with the interaction probability calculated based on the number density

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An overview of a novel structured laser beam (SLB) system designed for long-distance propagation with low divergence and a small central spot size. This cost-effective method allows for easy adjustment of beam parameters and offers advantages such as self-reconstruction after obstacles, compact spot

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This presentation covers the Particle Readout System for events happening on August 18, 2024, detailing the system requirements, detectors involved such as the Time Projection Chamber (TPC) and Forward Tracker (FT), monitoring devices like Beam Position Monitors (BPM), as well as the Forward Tracker

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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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Explore the fundamental concepts of linear beam optics and particle motion in accelerator physics, covering topics such as design trajectory, path length, phase advance, transfer matrix, and more. Understand the intricacies of designing accelerators and the mathematical representations involved in o

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The content discusses the impact of multipole errors on the beam dynamics at the CEPC Accelerator, focusing on sources of error, measurements, and potential effects on the beam. The analysis includes different types of multipole errors, their sources, and the resulting changes in tune and emittance

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The study discusses the impact of the cross wake force and correlated head-tail instability in collisions with a large crossing angle. It delves into the mechanism of beam-beam instability, cross wake force induction, mode coupling, and particle tracking simulations. Design parameters and instabilit

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This study analyzes the tune variation during beam commissioning in 2015 at the Large Hadron Collider. It includes comparisons of beam fills, bare tune analysis, evolution, and differences between beams 1 and 2. The research delves into the behavior of tune parameters, energy models, and the accurac

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The injection process in particle accelerators involves transferring beams efficiently with minimal loss and emittance dilution. It includes on-axis injection onto the reference orbit using septum magnets and fast kickers to maintain beam trajectory accuracy. The design aims to achieve precise beam

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David Neuffer presented the current status of front end systems for particle colliders on December 4, 2014. The presentation covered various aspects like baseline examples, beam characteristics, drift mechanisms, cooling methods, and simulation results. It provided insights into the operational mech

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Overview of recent talks and discussions at LCWS 2014 in Belgrade, Serbia, focusing on machine protection, simulation codes, instrumentation, and system tests. Topics include beam-loss monitors, dark current measurements, simulation code developments, and beam dynamics studies in linacs. Key speaker

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The CEPC Partial Double Ring Layout features advantages like accommodating more bunches at Z/W energy, reducing AC power with crab waist collision, and unique machine constraints based on given parameters. The provided parameter choices and updates aim to optimize beam-beam effects, emittance growth

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This presentation covers the importance of vacuum technology in particle accelerators, focusing on particle loss due to collisions with residual gas molecules and the stringent vacuum requirements for storage rings and accelerators. It discusses the impact of circulating beams on vacuum deterioratio

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Critical accelerator and beam conditions for E.C. Aschenauer's physics research at BNL are discussed, including effects on the main detector, consequences of crossing angle adjustments, important particle beam parameters, and the rotation of the ESR reference plane. Detailed information on beam dive

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Issues identified in the CLIC Drive Beam project include RF stability and reliability, beam current stability, RF deflectors in combiner rings, synchrotron radiation power, beam dynamics, operability concerns, machine protection, and beam synchronization challenges. Key areas requiring attention inc

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Explore the beam-beam effects in the SPPC and future hadron colliders, presented at the International Workshop on High Energy Circular Electron-Positron Colliders. The workshop covers weak-strong beam-beam simulations, collision models, and parameter values for the SPPC. Detailed discussions on the

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The document "January 2019.doc: IEEE 802.11-19/0007r0" discusses the necessity of beam tracking in the 11md draft. It explores whether beam tracking should be mandatory or optional and provides insights into DMG beam tracking procedures for both TX and RX in wireless communication. The document emph

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Beam Technologies offers the Beam Brush, a smart toothbrush that integrates with a dental insurance plan to promote preventative oral care, reduce costs, and provide valuable insights on oral health. The Beam Brush and accompanying app track and reward good oral hygiene habits, detect oral diseases,

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Np-237 transmutation effectiveness in the QUINTA setup depends on beam particle type and energy. The challenging nature of Np-237, with a long half-life and accumulation in nuclear waste, necessitates fission for disposal. Neutron capture results in the production of other actinides, making fission

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Delve into the intricacies of beam lifetime and injection considerations at the CEPC, exploring topics such as beam-gas scattering, quantum lifetime, Touschek lifetime, and injection modes. Discover the crucial factors affecting beam stability and injection efficiency in particle accelerators.

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Lattice research is vital for determining the characteristics of accelerators, colliders, and storage rings. High beam brightness is crucial for achieving goals like luminosity and beam loss reduction. The main barriers to higher beam brightness include instabilities and particle loss. General requi

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Cutting-edge detector technologies like KAPTURE and KALYPSO are revolutionizing beam diagnostics with ultra-fast Terahertz detectors and advanced line-camera systems. The POF III and POF IV projects focus on extreme beam control and diagnostics, aiming to probe femto-scale dynamics of relativistic p

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The recent status of the Electron/Positron Injector Linac at KEK, presented by Kazuro Furukawa, highlights the mission to achieve 40 times higher luminosity in the SuperKEKB collider. The upgrades include low emittance, low energy spread injection beams with higher beam current, new high-current pho

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The study discusses electron heating of ions in collider experiments at the Collider V. ParkhomchukBINP facility in Novosibirsk. It explores the effects of electron cooling on ion beams, ion beam oscillations, losses, and ion beam intensity enhancement. Various factors such as ion charge, classical

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Exploring the formalism and calculations related to transverse motion in particle accelerators, including the Hill equation, transfer matrices, lattice functions, and example drift calculations. The content delves into the mathematical foundations and practical applications of analyzing particle bea

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Exploring the development of detector systems for Electron-Ion Colliders (EIC) involves addressing various issues such as detector acceptance for low Q2 and high Q2, unique beam characteristics, and the need for specialized components like bend magnets and polarimeters. Key considerations include po

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The 65th ICFA Advanced Beam Dynamics Workshop featured insightful presentations on high currents, luminosity, and beam behaviors. Topics included beam pipe scrubbing, non-gaussian beam tails, and detector backgrounds. Presenters discussed progress in FCCee design, focus magnets, and beampipe concept

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Detailed discussion on achieving high average beam polarization in particle colliders like CEPC, focusing on longitudinal polarized colliding beams, beam polarization requirements, basic formulas, and strategies for maintaining beam polarization during physics runs. Emphasis on scenarios involving s

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Explore the ESSnuSB project's linac upgrade featuring beam pulsing schemes and modifications, aiming to provide an additional 5 MW of beam power for neutrino generation. The upgrade options, pulse structure, beam parameters at 2.5 GeV, and different pulsing schemes are detailed with images and descr

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Investigation into energetic particle transport and loss induced by helically-trapped energetic-ion-driven resistive interchange modes in the Large Helical Device (LHD) for sustaining high-temperature and high-density plasmas. Utilizing neutron diagnostics and comprehensive neutron monitors, this st

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Explore the use of electron lenses in particle accelerators for space-charge compensation, Landau damping, halo collimation, and beam-beam compensation. Learn about their history, applications in Tevatron and RHIC colliders, and current research areas. Electron lenses have shown promise in enhancing

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The latest developments in 3GPP meetings regarding UE beam assumption for RRM test cases are outlined. Discussions include the need for UE beam type assumptions, updates to test cases for FR2, and upcoming presentations focusing on specific test cases and beam assumptions per test group. Test purpos

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