Refine
Year of publication
Document Type
- Article (1746) (remove)
Has Fulltext
- yes (1746)
Keywords
- Heavy Ion Experiments (20)
- heavy ion collisions (16)
- LHC (15)
- Kollisionen schwerer Ionen (14)
- Hadron-Hadron scattering (experiments) (11)
- Relativistic heavy-ion collisions (10)
- Hadron-Hadron Scattering (9)
- Heavy-ion collisions (9)
- Equation of state (8)
- quark-gluon plasma (8)
- Black holes (7)
- Heavy-ion collision (7)
- heavy-ion collisions (7)
- ALICE (6)
- Lattice QCD (6)
- QCD phase diagram (6)
- Quark-Gluon Plasma (6)
- focused electron beam induced deposition (6)
- Branching fraction (5)
- Electronic properties and materials (5)
- Magnetic properties and materials (5)
- QCD (5)
- nuclear reactions (5)
- radiation-induced nanostructures (5)
- ALICE experiment (4)
- Atomic and molecular interactions with photons (4)
- Dyson–Schwinger equations (4)
- Fluctuations (4)
- Heavy ion collisions (4)
- Nuclear reactions (4)
- Particle and resonance production (4)
- Phase transitions and critical phenomena (4)
- QCD equation of state (4)
- Quark-gluon plasma (4)
- Quarkonium (4)
- Quasi-free scattering (4)
- RHIC (4)
- equation of state (4)
- synaptic plasticity (4)
- Charm physics (3)
- Charmed mesons (3)
- Collective Flow (3)
- Compact stars (3)
- Cryoelectron microscopy (3)
- D-wave (3)
- Electroweak interaction (3)
- Experimental nuclear physics (3)
- Experimental particle physics (3)
- Extra dimensions (3)
- Fisher information (3)
- General relativity (3)
- Hadron (3)
- Heavy Ions (3)
- Hebbian learning (3)
- I-wave (3)
- Inverse kinematics (3)
- Jets (3)
- Jets and Jet Substructure (3)
- Neutron stars (3)
- Nonperturbative methods (3)
- Nuclear Physics (3)
- Particle decays (3)
- Phase Diagram of QCD (3)
- Polarization (3)
- QMD (3)
- Quantum field theory (3)
- Quantum gravity (3)
- Quark-Gluon-Plasma (3)
- Quark–gluon plasma (3)
- Radiative capture (3)
- Spectroscopic factors (3)
- Superconducting properties and materials (3)
- brain stimulation (3)
- compartmental neuron model (3)
- computational model (3)
- dark energy (3)
- deep learning (3)
- elliptic flow (3)
- heavy ions (3)
- hyperons (3)
- motor cortex (3)
- multi-scale modeling (3)
- objective functions (3)
- phase transition (3)
- pp collisions (3)
- relativistic heavy-ion collisions (3)
- strangeness (3)
- transcranial magnetic stimulation (3)
- transport theory (3)
- viscosity (3)
- 3D printing (2)
- Accelerators & Beams (2)
- AdS-CFT Correspondence (2)
- Atomic and Molecular Physics (2)
- Atomic, Molecular & Optical (2)
- BESIII (2)
- Beauty production (2)
- Bethe–Salpeter equation (2)
- Biochemistry (2)
- Biophysics (2)
- Biophysics and structural biology (2)
- Casimir effect (2)
- Charmonium (2)
- Chemical physics (2)
- Chiral phase transition (2)
- Chiral symmetry (2)
- Chiral symmetry restoration (2)
- Collective flow (2)
- Conformal Field Theory (2)
- Conserved charge fluctuations (2)
- Cryo-electron microscopy (2)
- Drell-Yan (2)
- Dynamical chiral symmetry breaking (2)
- EOS (2)
- Electromagnetic probes (2)
- Electronic structure of atoms and molecules (2)
- Elliptic flow (2)
- Energy system design (2)
- Event-by-event fluctuations (2)
- FEBID (2)
- Finite temperature field theory (2)
- Functional renormalization group (2)
- GSI (2)
- Gauge-gravity correspondence (2)
- HADES (2)
- HBT (2)
- Hadron-hadron interactions (2)
- Hadronic decays (2)
- Heavy Ion Phenomenology (2)
- Heavy Quark Production (2)
- Heavy baryons (2)
- Heavy flavor (2)
- Heavy quarks (2)
- Heavy-flavour production (2)
- Heavy-ion (2)
- Hybrid mesons (2)
- Hypernuclei (2)
- Kollisionen des schweren Ions (2)
- Large-scale integration of renewable power generation (2)
- Laser-produced plasmas (2)
- Lattice Quantum Field Theory (2)
- Lattice field theory (2)
- Lepton colliders (2)
- Lepton-Nucleon Scattering (experiments) (2)
- Leptonic, semileptonic & radiative decays (2)
- Magnetic field (2)
- Meson production (2)
- Minimal length (2)
- Monte Carlo simulations (2)
- Nanoscale materials (2)
- Nuclear astrophysics (2)
- Nuclear matter (2)
- Nuclear modification factor (2)
- Nuclear resonance fluorescence (2)
- Nucleon induced nuclear reactions (2)
- Nucleus–nucleus collisions (2)
- PELDOR/DEER spectroscopy (2)
- Particle Correlations and Fluctuations (2)
- Particle and Resonance Production (2)
- Particle correlations and fluctuations (2)
- Pb–Pb collisions (2)
- Plasma Physics (2)
- Plasma-based accelerators (2)
- Proton (2)
- QCD Phenomenology (2)
- QCD phase transition (2)
- QGP (2)
- Quark Gluon Plasma (2)
- Quark deconfinement (2)
- Quark gluon plasma (2)
- Rapid rotation (2)
- Relativistic heavy-ion reactions (2)
- Relativistic kinetic theory (2)
- Research article (2)
- SARS-CoV-2 (2)
- Shear viscosity (2)
- Shell model (2)
- Single electrons (2)
- Single-particle states (2)
- Spectral functions (2)
- Strangeness (2)
- Strong interaction (2)
- Transport properties (2)
- Two-dimensional materials (2)
- Ultra-relativistic heavy ion collisions (2)
- Zustandsgleichung (2)
- additive manufacturing (2)
- anisotropic azimuthal correlation (2)
- artificial intelligence (2)
- asymptotic giant branch stars (2)
- atomic force microscopy (2)
- binary neutron star merger (2)
- bulk viscosity (2)
- chemically peculiar stars (2)
- chiral symmetry restoration (2)
- circuit analysis (2)
- circumstellar dust (2)
- composite structures (2)
- correlated electrons (2)
- correlation functions (2)
- correlations (2)
- dark matter (2)
- density functional theory (2)
- directed flow (2)
- disorder (2)
- e +-e − Experiments (2)
- e+-e− Experiments (2)
- electron beam induced deposition (2)
- game theory (2)
- generating functionals (2)
- global jets (2)
- gravitational wave (2)
- gravitational waves (2)
- hadron gas (2)
- heavy ion collision (2)
- helical magnetic fields (2)
- heterostructures (2)
- homeostatic adaption (2)
- hot spots (2)
- hydrodynamic description (2)
- hyperon (2)
- inflation (2)
- initial state (2)
- kink-like instability (2)
- lattice QCD (2)
- magnetic fields (2)
- magnetic frustration (2)
- mathematical and relativistic aspects of cosmology (2)
- nanofabrication (2)
- neutron stars (2)
- nonlinear dynamical systems (2)
- nuclear hydrodynamics (2)
- nucleosynthesis (2)
- organic charge-transfer salts (2)
- oscillators (2)
- particle-in-cell simulations (2)
- phase noise (2)
- quark matter (2)
- quark-gluon-plasma (2)
- recollimation shocks (2)
- relativistic heavy ion reactions (2)
- relativistic hydrodynamics (2)
- relativistic jets (2)
- relativistische (2)
- reservoir computing (2)
- s-process (2)
- statistical operator (2)
- stellar abundances (2)
- storage rings (2)
- structural health monitoring (2)
- system analysis and design (2)
- terahertz (2)
- transport coefficients (2)
- (Anti-)(Hyper-)Nuclei (1)
- (F)EBID (1)
- 1/c 2 electronic Hamiltonian (1)
- 124Sn (1)
- 13C(16O (1)
- 140Ce (1)
- 17O) (1)
- 1st order liquid–gas phase transition (1)
- 2 + 1-dimensional field theories (1)
- 208Pb(32,34S,X) (1)
- 20Ne + 238U (1)
- 232Th (1)
- 234-238U calculated B (E2) values (1)
- 4-ROD RFQ (1)
- 900 GeV (1)
- AGB star (1)
- AGN host galaxies (1)
- AGN jets (1)
- ALICE detector (1)
- AM-PM noise conversion (1)
- ATR-FTIR (1)
- Abhängigkeit von der Dichte (1)
- Accelerators & storage rings (1)
- Accreting black holes (1)
- Action potentials (1)
- Activation (1)
- Actuators (1)
- AdS/CFT (1)
- Alternating Phase Focusing (1)
- Analysis (1)
- Anion Transport System (1)
- Anti de Sitter space (1)
- Anti-kaon–nucleon physics (1)
- Anti-nuclei (1)
- Antimatter (1)
- Antimicrobial resistance (1)
- Antinukleonen (1)
- Ar + Pb (800 MeV/nucleon) relativistic heavy-ion reactions (1)
- Ar+Ca (1)
- Arms (1)
- Asymmetrie Reconstitution (1)
- Atmosphere (1)
- Atomic & molecular beams (1)
- Atomic nuclei (1)
- Atoms (1)
- Attenuated Total Reflection (1)
- Attosecond science (1)
- Autophagic cell death (1)
- BCS phase (1)
- BEVALAC (1)
- Bacterial structural biology (1)
- Band 3 Protein (1)
- Baryon Resonance (1)
- Baryon number susceptibilities (1)
- Baryon-Resonanz (1)
- Baryonic resonances (1)
- Beam dynamics simulation (1)
- Beam loss (1)
- Beam techniques (1)
- Beer (1)
- Bell theorem (1)
- Beta decay (1)
- Betatrons (1)
- Bidirectional connections (1)
- Binary pulsars (1)
- Biochemical simulations (1)
- Bioenergetics (1)
- Biological locomotion (1)
- Biological physics (1)
- Biological sciences (1)
- Biomedical engineering (1)
- Biophysical chemistry (1)
- Black Holes (1)
- Black hole (1)
- Boltzmann equation (1)
- Boltzmann-Vlasov equation (1)
- Boosted Jets (1)
- Bose (1)
- Bose-Einstein-Kondensation (1)
- Bose-simulated pion production (1)
- Bottomonium (1)
- Branching fractions (1)
- Bremsstrahlung (1)
- Bubble-like structure (1)
- CBM detector (1)
- CERN SPS (1)
- CLVisc (1)
- COVID 19 (1)
- CVD (1)
- Canonical suppression (1)
- Cauchy horizon (1)
- Centrality Class (1)
- Centrality Selection (1)
- Charge-transfer collisions (1)
- Charged-particle multiplicity (1)
- Charmed meson production (1)
- Charmonia (1)
- Charmonium decays (1)
- Chemical Physics (1)
- Chemiluminescence (1)
- Chemometry (1)
- Cherenkov counter: lead-glass (1)
- Chiral Lagrangian (1)
- Chiral Lagrangians (1)
- Chiral effective model (1)
- Chiral perturbation theory (1)
- Circular accelerators (1)
- Co2(CO)8 (1)
- Coincidence measurement (1)
- Cold nuclear matter effects (1)
- Collective quadrupole excitations (1)
- Collectivity (1)
- Color screening (1)
- Color superconductivity (1)
- Compact astrophysical objects (1)
- Compact binary stars (1)
- Compact objects (1)
- Comparison with QCD (1)
- Complex networks (1)
- Computational Physics (1)
- Computational biophysics (1)
- Condensed Matter, Materials & Applied Physics (1)
- Conservation (1)
- Continuous wave (1)
- Correlation (1)
- Cortical circuit (1)
- Cosmology (1)
- Coupled-channel self-consistent calculation (1)
- Critical indices (1)
- Critical phenomena (1)
- Cross sections (1)
- Current-curent interaction (1)
- D-meson spectral density (1)
- DEER or PELDOR (1)
- DNA repair (1)
- Dark energy (1)
- Dark matter (1)
- Data Standard (1)
- Deconfinement (1)
- Deep learning (1)
- Delta resonance (1)
- Dense matter (1)
- Dense nuclear matter (1)
- Design, synthesis and processing (1)
- Di-hadron correlations (1)
- Diabetes (1)
- Diamagnetism (1)
- Diffraction (1)
- Diffusion (1)
- Diffusion coefficient (1)
- Dilepton (1)
- Direct nuclear reactions (1)
- Direct reactions (1)
- Directed and elliptic flow (1)
- Diseases (1)
- Distributed software development (1)
- Doppler radar (1)
- Drip-line nucleus (1)
- Dual projection (1)
- Duality (1)
- Dynamic transport (1)
- Dynamical critical phenomena (1)
- Dynamical systems (1)
- E1ab=400 MeV/nucleon fluid dynamics (1)
- E=115–175 MeV (1)
- EBID (1)
- EPR spectroscopy (1)
- Effective Field Theories (1)
- Effective QCD model (1)
- Effective hadron theories (1)
- Einstein’s equations (1)
- Elab=393 MeV/nucleon (1)
- Elastic scattering (1)
- Electric and magnetic field computation (1)
- Electrical and electronic engineering (1)
- Electrical conductivity (1)
- Electromagnetic form factors (1)
- Electromagnetic transitions (1)
- Electron-pion identification (1)
- Electronic transitions (1)
- Elsevier (1)
- Energy loss (1)
- Energy transfer (1)
- Enzyme mechanisms (1)
- Epidemiological statistics (1)
- Epidemiology (1)
- Equation of State (1)
- Equations of state: nuclear matter (1)
- Erythrocyte Membrane (1)
- European electricity grid (1)
- Event-by-event (1)
- Excluded volume (1)
- Exotic phases of matter (1)
- Exotica (1)
- Exotics (1)
- EyeRis visual system (1)
- FAIR (1)
- FM radar (1)
- FRW spacetime (1)
- FTAM and OX063 (1)
- Far from equilibrium (1)
- Femtoscopy (1)
- Fermion–gauge-boson vertex (1)
- Ferroelectrics and multiferroics (1)
- Fibre/foam sandwich radiator (1)
- Field Theories in Lower Dimensions (1)
- Final state (1)
- Finite baryon density (1)
- Finite difference method (1)
- Finite temperature (1)
- Finite-temperature QFT (1)
- First order phase transitions (1)
- Fission (1)
- Fixed-target experiments (1)
- Flavor changing neutral currents (1)
- Flexible backup power (1)
- Floquet theory (1)
- Flow (1)
- Fluctuations in the initial conditions (1)
- Fluctuations of conserved charges (1)
- Fluid dynamics (1)
- Fractal dimension (1)
- Free energy (1)
- Free neutron targ (1)
- Free-electron lasers (1)
- Freeze-out (1)
- Freezeout (1)
- Friedman equation (1)
- Fringe field (1)
- GRMHD (1)
- Gabor wavelets (1)
- Galaxies and clusters (1)
- Gamma intensity (1)
- Gamma spectroscopy (1)
- Gap field (1)
- Gauge theories (1)
- GdIr2Si2 (1)
- Gene expression analysis (1)
- General Physics (1)
- General properties of QCD (dynamics, confinement, etc.) (1)
- General relativity equations & solutions (1)
- Generalized uncertainty (1)
- Genetic engineering (1)
- Geometrical modelling (1)
- Geometrical optics (1)
- Geometrisches Modellieren (1)
- Glauber and Giessen Boltzmann–Uehling–Uhlenbeck (GiBUU) models (1)
- Gleichgewicht (1)
- Gluon (1)
- Gluons (1)
- Goldstone bosons (1)
- Gravitational collapse (1)
- Gravitational fixed point (1)
- Gravitational wave events (1)
- Gravitational waves (1)
- Gravity self-completeness (1)
- Groomed jet radius (1)
- Gross-Neveu model (1)
- Ground-state transition width (1)
- Guided waves (1)
- HBT correlation (1)
- HBT interferometry (1)
- HBT puzzle (1)
- HEDP (1)
- Hadron potentials (1)
- Hadron production (1)
- Hadron resonance gas (1)
- Hadron spectroscopy (1)
- Hadron-Hadron Scattering Heavy (1)
- Hadronic potential (1)
- Hadronization (1)
- Hard Scattering (1)
- Hawking radiation (1)
- Heavy Ion Experiment (1)
- Heavy flavor production (1)
- Heavy flavour production (1)
- Heavy ion (1)
- Heavy ion storage ring (1)
- Heavy ions (1)
- Heavy-flavour decay muons (1)
- Heavy-ion physics (1)
- Heavy-ion reactions (1)
- Heavy-quark symmetry (1)
- High Energy Physics - Phenomenology (1)
- High-energy astrophysics (1)
- High-energy neutron detection (1)
- Holography (1)
- Hubbard model (1)
- Hybrid Monte Carlo algorithm (1)
- Hybrid model (1)
- Hydrodynamic models (1)
- Hydrodynamics (1)
- Hydrogen ground state (1)
- Hyperonic stars (1)
- Hyperons (1)
- IHMCIF (1)
- IPGLASMA (1)
- Imaginary chemical potential (1)
- Immunology (1)
- In-medium pion mass (1)
- Inclusive spectra (1)
- Infections (1)
- Information theory and computation (1)
- Infrared Spectra (1)
- Infrared light (1)
- Infrared spectroscopy (1)
- Initial state (1)
- Initial state radiation (1)
- Integrative Modeling (1)
- Intelligente Sensoren (1)
- Intensity interferometry (1)
- Interdisziplinarität (1)
- Interference fragmentation function (1)
- Intermittency (1)
- Invariant Mass Distribution (1)
- Ionisation energy loss (1)
- Ions (1)
- Isospin (1)
- J/psi mesons (1)
- J/ψ (1)
- J/ψ suppression (1)
- Jet Physics (1)
- Jet Substructure (1)
- Jet quenching (1)
- Jet shapes (1)
- Jet substructure (1)
- Josephson junction arrays (1)
- K+-nucleus interaction (1)
- KN interaction (1)
- Kagome systems (1)
- Kaonic nuclei (1)
- Kaons (1)
- Kern-Kern Kollisionen (1)
- Kernkollisionen (1)
- LaTeX (1)
- Ladder-RFQ (1)
- Lamb waves (1)
- Laminar flow (1)
- Langmuir-Blodgett monolayer (1)
- Lattice gauge field theories (1)
- Lattice gauge theory (1)
- Lattice simulations (1)
- Learning (1)
- Lepton (1)
- Leptons (1)
- Levelized cost of electricity (1)
- Li-ion batteries (1)
- Li1.3Nb0.3Mn0.4O2 (1)
- Ligand-gated ion channel (1)
- Light (1)
- Light (anti-)(hyper-)nuclei production (1)
- Light nuclei production (1)
- Linear accelerator (1)
- Linear response (1)
- Lipids (1)
- Local thermodynamical equilibrium (1)
- Longitudinal and transverse electric fields (1)
- Longitudinal flow (1)
- Low & intermediate energy heavy-ion reactions (1)
- Low & intermediate-energy accelerators (1)
- Low energy QCD (1)
- MEMOs (1)
- Magnetohydrodynamics (1)
- Many-body (1)
- Materials science (1)
- Materie (1)
- Mathematical biosciences (1)
- Mathematics and computing (1)
- Maxwell–Chern–Simons (1)
- Md simulations (1)
- Mechanical engineering (1)
- Membrane and lipid biology (1)
- Membrane fusion (1)
- Membrane structures (1)
- Membrane transport (1)
- Membranes (1)
- Mensch-Umwelt-System (1)
- Meson decays (1)
- Meson-exchange model (1)
- Microscopic quark–gluon string transport model (1)
- Mid-rapidity (1)
- Minimum Bias (1)
- Modellierung (1)
- Models & methods for nuclear reactions (1)
- Models of QCD (1)
- Modified gravity (1)
- Molecular dynamics (1)
- Molekulare Festkörper (1)
- Monte Carlo (1)
- Monte Carlo Modell (1)
- Monte Carlo model (1)
- Monte Carlo simulation (1)
- Monte-Carlo simulations (1)
- Mott insulator (1)
- Mott metal-insulator transition (1)
- Mott transition (1)
- Mott-Isolator (1)
- Multi-Parton Interactions (1)
- Multi-neutron detection (1)
- Multi-strange baryons (1)
- Multi-wire proportional drift chamber (1)
- Multigrid methods (1)
- Multiple parton interactions (1)
- Multivariate Analysis (1)
- NA61/SHINE (1)
- NADH:ubiquinone oxidoreductase (1)
- Nambu–Goldstone bosons (1)
- Nambu–Jona-Lasinio model (1)
- Nanophotonics and plasmonics (1)
- Nanowires (1)
- Natural transformation (1)
- NbC (1)
- Ne+U (1)
- Network models (1)
- Neural network (1)
- Neural networks (1)
- Neuronal plasticity (1)
- Neurons (1)
- Neuroscience (1)
- Neutrinos (1)
- Neutron physics (1)
- Neutron star (1)
- Neutron-induced reaction cross sections (1)
- Neutronensterne (1)
- New magicity (1)
- Nichtgleichgewicht (1)
- Nobel prizes (1)
- Noether symmetries (1)
- Noise spectra (1)
- Non-Canonical Amino Acids (1)
- Non-equilibrium effects (1)
- Non-perturbative QCD (1)
- Non-relativistic QED (1)
- Noncommutative black holes (1)
- Noncommutativity (1)
- Nonequilibrium dynamics (1)
- Nonflow (1)
- Nonlinear beam dynamics (1)
- Nonperturbative Effects (1)
- Nonperturbative effects in field theory (1)
- Nonrandom connectivity (1)
- Nuclear Experiment (1)
- Nuclear Theory (1)
- Nuclear fragments production (1)
- Nuclear interactions (1)
- Nuclear physics of explosive environments (1)
- Nuclear reactions, 197Au (1)
- Nuclear structure & decays (1)
- Nucleon (1)
- Nucleosynthesis in explosive environments (1)
- Nucleosynthesis-Star (1)
- Nucleus (1)
- Nyquist noise (1)
- Objectoriented technology (1)
- Objektorientierte Technologie (1)
- One-nucleon removal (1)
- Open Access (1)
- Optical properties and devices (1)
- Optimal mix of wind and solar PV (1)
- Optimierungsverfahren (1)
- Orbital electron capture (1)
- Other nonperturbative calculations (1)
- Oxidation (1)
- P-type ATPase (1)
- PDB-Dev (1)
- PDBx/mmCIF (1)
- PENELOPE (1)
- PYTHIA (1)
- Pairing reentrance (1)
- Palatini (1)
- Pandemics (1)
- Partial chemical equilibrium (1)
- Partial wave analysis (1)
- Particle & resonance production (1)
- Particle interactions (1)
- Particle multiplicity (1)
- Particle phenomena (1)
- Particleantiparticle correlations (1)
- Particles & Fields (1)
- Partikel (1)
- Partikel-Wechselwirkungen (1)
- Parton cascade BAMPS (1)
- Path integral duality (1)
- Pb–Pb (1)
- Peptides and proteins (1)
- Percolation theory (1)
- Permeation and transport (1)
- Perturbative methods (1)
- Phase diagram of dense matter (1)
- Phase transitions (1)
- Photon counting (1)
- Photon number noise (1)
- Physics (1)
- Pilus (1)
- Pion (1)
- Pion-Produktion (1)
- Planck scale (1)
- Plasma acceleration (1)
- Plasma membrane (1)
- Plasma physics (1)
- Plasmons Quantum mechanics (1)
- Plastic scintillator array (1)
- Plates fractalization (1)
- PointNet (1)
- Polyakov loops (1)
- Potassium transport (1)
- Probability distribution (1)
- Production Cross Section (1)
- Production mechanisms (1)
- Properties of Hadrons (1)
- Protein Dynamics (1)
- Protein Modifications (1)
- Protein Shape (1)
- Protein folding (1)
- Protein homeostasis (1)
- Proteins (1)
- Proton number fluctuations (1)
- Proton-proton collisions (1)
- Proton–proton (1)
- Prototypes (1)
- Protyposis (1)
- Pseudorapidity and centrality dependence (1)
- Pulsed epr (1)
- Pygmy Dipole Resonance (1)
- Pygmy dipole resonance (1)
- Pygmy quadrupole resonance (1)
- Q-factor (1)
- QCD vector interaction strength (1)
- QCD-phase diagram (1)
- QED (1)
- QMD Modell (1)
- QMD model (1)
- QSM (1)
- Quanten-Chromodynamik (1)
- Quanten-Molekulardynamik (1)
- Quantenmolekulardynamik (1)
- Quantum (1)
- Quantum chromodynamics (1)
- Quantum corrected black hole (1)
- Quantum electrodynamics (1)
- Quantum information (1)
- Quantum phase transitions (1)
- Quark (1)
- Quark Deconfinement (1)
- Quark Production (1)
- Quark-gluon Plasmap (1)
- Quarkmaterie (1)
- Quasi-particle phonon model (1)
- RFQ (1)
- RNA structures (1)
- RQMD (1)
- Radiation detectors (1)
- Radiative decays (1)
- Radiative transfer (1)
- Radio continuum emission (1)
- Radio jets (1)
- Rain (1)
- Random graph model (1)
- Rapidity Range (1)
- Rare decays (1)
- Reaction Kinetics (1)
- Reactions with relativistic radioactive beams (1)
- Recombination (1)
- Recombination of partons (1)
- Reconstructed jets (1)
- Regeneration (1)
- Relativistic Dissipative Hydrodynamics (1)
- Relativistic Heavy Ions (1)
- Relativistic Heavy-ion Collisions (1)
- Relativistic heavy ion physics (1)
- Relativistic nuclear collisions (1)
- Renewable power generation (1)
- Renormalization group (1)
- Resolution Parameter (1)
- Resonance reactions (1)
- Resonances (1)
- Richardson extrapolation (1)
- Robotic behavior (1)
- Robots (1)
- Rudder stock (1)
- SIS18 (1)
- SMASH (1)
- SPS (1)
- STAR (1)
- Saha equation (1)
- Scale invariance (1)
- Scaling laws (1)
- Scattering of atoms, molecules, clusters & ions (1)
- Scattering theory (1)
- Schwankung (1)
- Schwinger effect (1)
- Schwinger–Dyson equations (1)
- Secondary beams (1)
- Secretin (1)
- Seiberg–Witten map (1)
- Self absorption (1)
- Self-dual (1)
- Short-lived nuclei (1)
- Simulation (1)
- Simulation and modeling (1)
- Single muons (1)
- Single particle decay spectroscopy (1)
- Single-molecule biophysics (1)
- Small systems (1)
- Social distancing (1)
- Social systems (1)
- SoftDrop (1)
- Software engineering (1)
- Softwaretechnik (1)
- Solar power (1)
- Sonderforschungsbereich (1)
- Spectroscopic factors & electromagnetic moments (1)
- Spectroscopy (1)
- Spin alignment (1)
- Spin distribution and correlation (1)
- Spin-down (1)
- Spintronics (1)
- Splitting function (1)
- Spontaneous symmetry breaking (1)
- Statistical Physics (1)
- Statistical and Nonlinear Physics (1)
- Statistical model (1)
- Statistical models (1)
- Statistical multifragmentation models (1)
- Statistical theory and fluctuations (1)
- Stellar remnants (1)
- Stellar structure (1)
- Storage rings (1)
- Strangeness production (1)
- String T-duality (1)
- Strong coupling expansion (1)
- Strongly-coupled plasmas (1)
- Structural biology (1)
- Sub-wavelength optics (1)
- Sulfur Dioxide (1)
- Superconducting devices (1)
- Supercooled QGP (1)
- Supermassive black holes (1)
- Supernova remnant (1)
- Surfaces, interfaces and thin films (1)
- Surrogate-reaction method (1)
- Susceptibilities (1)
- Synapses (1)
- Synaptic plasticity (1)
- Systematic Uncertainty (1)
- Systeme mit starken Korrelationen (1)
- Szenarienbildung (1)
- TATA box binding protein (1)
- THz detection (1)
- TR (1)
- Techniques and instrumentation (1)
- Teilchen (1)
- Template (1)
- TeraFET (1)
- Terahertz optics (1)
- Tevatron (1)
- Theoretical and experimental femtoscopy (1)
- Theoretical and experimental identical-particle correlations (1)
- Theoretical nuclear physics (1)
- Theoretical physics (1)
- Thermal & statistical models (1)
- Thermal evolution (1)
- Thermalization (1)
- Thermoplasma acidophilum (1)
- Thermoplasma volcanium (1)
- Thermus thermophilus (1)
- Thin lens (1)
- Three-gluon vertex (1)
- Time Projection Chamber (1)
- Time-Resolved Spectroscopy (1)
- TmRh2Si2 (1)
- Topological insulators (1)
- Tracking (1)
- Transdisziplinarität (1)
- Transient & explosive astronomical phenomena (1)
- Transition radiation detector (1)
- Transport model (1)
- Transport model for heavy-ion collisions (1)
- Transport phenomena (1)
- Transportmodell (1)
- Transverse momentum (1)
- Transversity (1)
- Trigger (1)
- Two body weak decay (1)
- UWB diagnostics (1)
- Un-particle physics (1)
- Unparticle parameter constraints (1)
- Unparticle physics (1)
- Unparticles (1)
- Unruh effect (1)
- Unstable nuclei induced nuclear reactions (1)
- UrQMD (1)
- Vector Boson Production (1)
- Very long baseline interferometry (1)
- Vesicle fusion (1)
- Vesicles (1)
- Vibrational Energy Transfer (1)
- Virtual reality (1)
- Visual cortex (1)
- Vorticity (1)
- Ward–Green–Takahashi identities (1)
- Wasserqualität (1)
- Weak interactions (1)
- Wind power (1)
- Wissenschaft und Verantwortung (1)
- Worldwide Protein Data Bank (1)
- X(3872) (1)
- X-ray crystallography (1)
- X-ray generation (1)
- X-ray irradiation (1)
- X-ray phase contrast imaging (1)
- X-ray spectroscopy (1)
- X-rays (1)
- Xenon-based gas mixture (1)
- Zeitabhängig (1)
- Zero crossing (1)
- Zero-point length (1)
- Zr (1)
- Zukunftsforschung (1)
- a-induced reactions (1)
- abundances (1)
- activation (1)
- active perception (1)
- adhesion (1)
- adsorption (1)
- algebraic cluster model (1)
- ambiguous perception (1)
- ambiguous structure-from-motion (SFM) (1)
- angular distribution (1)
- anisotropic flow (1)
- anti-nucleons (1)
- antiviral signaling (1)
- applications of teraherz imaging (1)
- archaea (1)
- artificial magnetic lattices (1)
- asymmetric two-center shell model (1)
- asymptotic behavior (1)
- attosecond spectroscopy (1)
- autonomous learning (1)
- axions (1)
- bacteriorhodopsin reconstitution (1)
- band insulator (1)
- beam energy scan (1)
- begrenzte Kerne (1)
- behavioral performance (1)
- bestimmte Zustände (1)
- bilayer square lattice (1)
- binary neutron star mergers (1)
- binary systems (1)
- binocular rivalry (1)
- binocular vision (1)
- bistability (1)
- black holes (1)
- black lipid membrane (1)
- blue bronze (1)
- bound states (1)
- bremsstrahlung (1)
- bulk observables (1)
- calculated level diagrams (1)
- calorimeter: electromagnetic (1)
- capture processes (1)
- causality (1)
- cell respiration (1)
- central collisions (1)
- central schemes (1)
- centrality (1)
- centrality dependence (1)
- change detection (1)
- charcoal (1)
- charge density wave (1)
- charge-cluster glass (1)
- charged kaon freeze-out (1)
- chemical vapor deposition (1)
- children (1)
- chiral imbalance (1)
- chiral perturbation theory (1)
- class separation (1)
- clathrates (1)
- closed-loop robots (1)
- cluster expansion model (1)
- cobalt (1)
- coherent emission (1)
- coincidence detection (1)
- collective flow (1)
- collective model (1)
- complex backgrounds (1)
- complex systems (1)
- compliant robot (1)
- compressible flow (1)
- computational imaging (1)
- computational methods (1)
- computer vision (1)
- conformational dynamics (1)
- continuum model (1)
- correlations and fluctuations (1)
- cortex (1)
- cosmological constant (1)
- coupled oscillators (1)
- coupling to neutron transfer channels (1)
- critical point (1)
- cross sections (1)
- crowd behaviour (1)
- crystal growth (1)
- cyclotron (1)
- dE/dx (1)
- damage detection (1)
- dark matter experiments (1)
- decision making (1)
- deduced, representations of fusion barrier distributions (1)
- dendrites (1)
- dense plasma target (1)
- density and momentum dependence (1)
- deposition (1)
- deposition; dissociation; electron beam induced deposition (EBID); focused electron beam induced deposition (FEBID); precursor; trimethyl(methylcyclopentadienyl)platinum(IV) ((CH3-C5H4)Pt(CH3)3) (1)
- desorption (1)
- diffractive optics (1)
- diffusion model (1)
- digital communications (1)
- dilepton (1)
- direct-write fabrications (1)
- dissipative fluid dynamics (1)
- dissociation (1)
- dissociative electron attachment (1)
- dissociative ionization (1)
- double differential cross sections (1)
- dunkle Materie (1)
- dynamical Higgs effect (1)
- early diabetes detection (1)
- echo-state networks (1)
- effective field theories (1)
- effective field theory (1)
- effective temperature (1)
- efficient coding (1)
- eigenartige Signale (1)
- elastic graph maching (1)
- electric field (1)
- electrical transport characteristics (1)
- electro-magnetic plasma (1)
- electromagnetic field (1)
- electromagnetic orbital angular momentum (1)
- electromagnetic probes (1)
- electromagnetic vorticity (1)
- electromechanical impedance (1)
- electron backscattering (1)
- electron induced deposition (1)
- electron molecule interaction (1)
- electron transfer (1)
- electron transport (1)
- electron-lattice coupling (1)
- electronic band structure (1)
- electronic structure (1)
- electronics: readout (1)
- electron–phonon coupling (1)
- electron−phonon interactions (1)
- electrostatics (1)
- elsarticle.cls (1)
- emotion theory (1)
- endoplasmic reticulum (1)
- endothelial cells (1)
- energy transduction (1)
- energy-dispersive x-ray spectroscopy (1)
- entropy limited hydrodynamics (1)
- envy (1)
- equilibrium (1)
- eta meson (1)
- evacuation (1)
- exact exchange (1)
- excess kurtosis (1)
- excitation (1)
- excitation transport (1)
- excited nuclei (1)
- extended Einstein gravity (1)
- extra dimensions (1)
- famotidine (1)
- fatigue testing (1)
- feelings (emotions) (1)
- fibre: optical (1)
- finite baryon density (1)
- finite nuclei (1)
- finite-temperature quantum-field theory (1)
- first order phase transition (1)
- flow allocation (1)
- flow anisotropies (1)
- fluctuation spectroscopy (1)
- fluctuations (1)
- fluctuations and correlations (1)
- fluid dynamics (1)
- fluid dynamics with thermal breakup (1)
- flux growth (1)
- flux limiters (1)
- focused electron beam (1)
- focused electron beam-induced deposition (1)
- focused ion beam induced depositions (1)
- focused-electron-beam-induced deposition (FEBID); Monte Carlo simulation of electron transport; surface excitations; secondary-electron emission (1)
- formation length (1)
- free will (1)
- functional principal component analysis (1)
- fusion dynamics (1)
- galactic chemical evolution (1)
- gauge theory (1)
- general relativity (1)
- generalized uncertainty principle (1)
- genetic algorithm (1)
- geodesic equation (1)
- gesture recognition (1)
- glass fiber reinforced materials (1)
- glass-like structural ordering (1)
- gluon (1)
- gold (1)
- granular ferromagnets (1)
- granular metals (1)
- gravitation (1)
- guiding principle (1)
- hadron (1)
- hadron-quark phase transition (1)
- hadronic (1)
- hadronic fluctuation (1)
- hadronic matter (1)
- hand posture recognition (1)
- heat conduction (1)
- heat shock protein (1)
- heavy ion experiments (1)
- heavy ion fusion (1)
- heavy ion scattering (1)
- heavy ion-nucleus reactions (1)
- heavy-ion (1)
- heavy-ion reaction (1)
- heavy-ion storage rings (1)
- heavy-ions (1)
- heavy-quark effective theory (1)
- helium-beam radiography (1)
- hematological (1)
- heteronuclear FEBID precursors (1)
- high (1)
- high energy astrophysics (1)
- high energy physics (1)
- high-resolution momentum spectroscopy (1)
- higher twist effects (1)
- highly parallel recordings (1)
- highly-charged ions (1)
- histamine (1)
- homeostasis (1)
- human computer intaraction (1)
- human intracranial recordings (1)
- human robot interaction (1)
- human-body radiation (1)
- hybrid (1)
- hybrid star (1)
- hydrodynami (1)
- hydrodynamic model (1)
- hydrodynamisches Modell (1)
- hydrogen energy levels (1)
- hypernuclear (1)
- impact parameter (1)
- in situ processing (1)
- independent component analysis (1)
- inertial confinement fusion (1)
- inflammation (1)
- infrared spectroscopy (1)
- inhomogeneous phases (1)
- injection (1)
- instabilities (1)
- interaction (1)
- interferometry (1)
- intermetallic compound (1)
- intra-dimer charge and spin degrees of freedom (1)
- intrinsic motivation (1)
- intrinsic plasticity (1)
- inverse kinematics (1)
- ion stopping (1)
- ion-beam therapy (1)
- ion–atom collisions (1)
- ion–molecule collisions (1)
- isospin (1)
- isospin asymmetric matter (1)
- isospin imbalance (1)
- isotopic abundance (1)
- jets (1)
- kagome lattices (1)
- kinetic approaches to dense matter (1)
- kinetic energy (1)
- kinetic instabilities (1)
- laser plasma emission (1)
- laser-matter interaction (1)
- lawsHeavy-ion collisions (1)
- lepton (1)
- leukocytes (1)
- light harvesting networks (1)
- light nuclei (1)
- light nuclei production (1)
- light-driven ATP synthesis (1)
- light–energy conversion (1)
- limit cycles (1)
- line density (1)
- line element (1)
- linear sigma mode (1)
- liposomes (1)
- lithography (1)
- load and structural monitoring (1)
- local field potential (1)
- lokales thermodynamisches Gleichgewicht (1)
- low-dose irradiation (1)
- lower critical field (1)
- machine learning (1)
- magnetic exchange beyond Heisenberg (1)
- magnetic nanostructures (1)
- magnetic nanowires (1)
- magnetic susceptibility (1)
- magnetism (1)
- main phospholipid (1)
- malignancies (1)
- manganese (1)
- many particle entanglement (1)
- many-electron correlation (1)
- marine structures (1)
- mass degeneracy (1)
- mean-field (1)
- measured, quasi-elastic scattering excitation functions (1)
- measurement (1)
- membrane protein (1)
- membrane proteins (1)
- meson (1)
- metal carbonyl (1)
- meteorological radar (1)
- metric tensor (1)
- micro Hall magnetometry (1)
- micro-Hall magnetometry (1)
- microdosimetry (1)
- micromagnetic simulations (1)
- microscopic model (1)
- microwave breast imaging (1)
- mikroskopisches Modell (1)
- millimeter wave radar (1)
- millimeter-wave spectroscopy (1)
- minimal length (1)
- modeling (1)
- modified Coulomb potential (1)
- molecular dynamics (1)
- molecular electronic devices (1)
- molecular magnets (1)
- molecular modeling (1)
- molecular simulations (1)
- molecular theory of nucleon transfer (1)
- monkeys (1)
- monte carlo simulations (1)
- multi-center magnons (1)
- multi-messenger (1)
- multi-orbital Hubbard model (1)
- multicoincidence imaging (1)
- multiparton interactions (1)
- multiunit activity (1)
- mushroom instability (1)
- music charts (1)
- n,p,π and Λ+Σ0 production (1)
- nano-fabrication (1)
- nano-printing (1)
- nanoelectronic devices (1)
- nanolesions (1)
- nanolithography (1)
- nanomagnetism (1)
- nanoparticle (1)
- nanostructured arrays (1)
- nanotechnology (1)
- nash equilibrium (1)
- natural scenes (1)
- natural tasks (1)
- near-field microscopy (1)
- net-proton fluctuations (1)
- neutral mesons (1)
- neutral pion (1)
- neutralino (1)
- neutron star (1)
- neutron star collisions (1)
- neutron star properties (1)
- neutron stars; (1)
- neutron-induced reactions (1)
- neutron-star-merger (1)
- next-to-leading order perturbative QCD calculations (1)
- nickel (1)
- niobium (1)
- non-equilibrium states (1)
- non-invasive diagnosis techniques (1)
- non-perturbative methods (1)
- noncommutative geometry (1)
- nuclear (1)
- nuclear charge (1)
- nuclear collective model (1)
- nuclear collisions (1)
- nuclear modification (1)
- nuclear reaction cross sections (1)
- nuclear reaction cross-sections (1)
- nuclear resonance reactions (1)
- nuclei (1)
- nucleon (1)
- nucleon and nuclear cross sections (1)
- nucleon coalescence (1)
- nucleon spectra (1)
- nuclera reactions (1)
- nucleus-nucleus collisions (1)
- numerical methods (1)
- numerical relativity (1)
- object recognition (1)
- observational cosmology (1)
- omega stringer (1)
- on imaging (1)
- on-chip solutions (1)
- one-photon double ionization (1)
- open and hidden charm (1)
- open guided waves (1)
- open quantum systems (1)
- optokinetic nystagmus (1)
- organic compounds (1)
- organic conductor (1)
- oxygen vacancies (1)
- oxysterol-binding protein homology protein (1)
- p A¯ reactions (1)
- p+p collisions (1)
- pQCD (1)
- packaging (1)
- parity-doublet model (1)
- particle collisions (1)
- particle ratios (1)
- particle-theory and field-theory models of the early universe (1)
- passive imaging (1)
- patient study (1)
- patterning (1)
- pauli principle (1)
- percolation (1)
- perovskite oxides (1)
- phonon (1)
- phosphatidylinositol 4-phosphate 5-kinase (1)
- phosphatidylserine (1)
- photochemistry (1)
- photoelectron spectroscopy (1)
- photopolymerization (1)
- pion (1)
- plasma ion beam interaction (1)
- plasma membrane (1)
- plasticity (1)
- platinum (1)
- polarization (1)
- polarized radiation (1)
- polarons (1)
- power system analysis; (1)
- ppK − (1)
- precursor (1)
- precursor residence time (1)
- predictive modelling (1)
- prefrontal cortex (1)
- presolar grain (1)
- pressure (1)
- projectile effective charge (1)
- protein coevolution (1)
- protein complex (1)
- protein stability (1)
- protein structures (1)
- proton flow (1)
- proton permeability (1)
- proton-proton (1)
- pyramidal neuron (1)
- p¯ + 40Ar → 40 Cl + (1)
- quadratic Lagrangian (1)
- quadratic temperature dependent resistivity (1)
- quant molekular dynamic (1)
- quantum chromodynamic (1)
- quantum dots (1)
- quantum electrodynamics test (1)
- quantum gravity (1)
- quantum measurement (1)
- quantum mechanics (1)
- quantum molecular dynamic (1)
- quantum molecular dynamics model (1)
- quantum spin frustration (1)
- quantum spin liquids (1)
- quantum statistical model (1)
- quantum transport (1)
- quark deconfinement (1)
- quark gluon plasma (1)
- quark shadowing (1)
- quark‐gluon plasm (1)
- quasi-stable black holes (1)
- quasistabile schwarze Löcher (1)
- quintessence (1)
- radar detection (1)
- radar imaging (1)
- radar signal processing (1)
- radar-based structural health monitoring (1)
- radon (1)
- rain (1)
- reaction rate (1)
- recurrent networks (1)
- recurrent neural networks (1)
- reference damage (1)
- relativistic (1)
- relativistic astrophysics (1)
- relativistic collisions (1)
- relativistic fluid dynamics (1)
- relativistic heavy-ion reactions (1)
- relativistic quantum molecular dynamics (1)
- relativistic transport model (1)
- relativity and gravitation (1)
- remote sensing by radar (1)
- resonance (1)
- resonance properties (1)
- resonances (1)
- reversible figures (1)
- rfq (1)
- robophysics (1)
- s-SNOM (1)
- saturation (1)
- scanning Hall probe microscopy (1)
- scanning laser Doppler vibrometry (1)
- scanning probe microscopy (1)
- schwere Ion Kollision (1)
- schwere Ione (1)
- science of sciences (1)
- segmentation (1)
- self-organization (1)
- self-organized criticalit (1)
- self-organized criticality (1)
- self-organized locomotion (1)
- semiconductors (1)
- semiexclusive processes (1)
- sensorimotor loop (1)
- shear stress (1)
- signal processing (1)
- simulation (1)
- simulations (1)
- site-directed spin labeling (1)
- slabs (1)
- small systems (1)
- smooth pursuit (1)
- social acceleration (1)
- social classes (1)
- social modelling (1)
- social stratification (1)
- sociophysics (1)
- soft photons (1)
- solar physics (1)
- specific heat (1)
- spectators (1)
- spectra (1)
- spectral radius (1)
- spectroscopy (1)
- spike train analysis (1)
- spiking neural networks (1)
- spin labeling (1)
- spin polarization (1)
- spintronics (1)
- spontaneous symmetry breaking (1)
- stability (1)
- statistical model (1)
- statistical models (nuclear) (1)
- statistisches Modell (1)
- sterol (1)
- stimulus coding (1)
- strain sensing (1)
- strangeness enhancement (1)
- strangeness signals (1)
- strategy condensation (1)
- string T-duality (1)
- string fragmentation (1)
- strong Coulomb field (1)
- strongly correlated electrons (1)
- strontium vanadate epitaxial films (1)
- structural biology (1)
- sub-threshold (1)
- subthreshold (1)
- superconductor-to-metal transition (1)
- superdeterminism (1)
- supersymmetric particle (1)
- supersymmetrische Partikel (1)
- supervised learning (1)
- surface plasmon polaritons (1)
- surface science (1)
- surface waves (1)
- surrogate reactions (1)
- sustained hyperglycemia (1)
- symmetry energy (1)
- synaptic scaling (1)
- synchronized oscillators (1)
- synchrotron emission (1)
- synthetic aperture radar (1)
- target (1)
- terahertz emission (1)
- terahertz magnetometry (1)
- terahertz photons (1)
- terahertz sensing (1)
- teraherz imaging systems (1)
- teraherz nano-imaging and nanoscopy (1)
- tetraether lipid (1)
- the Weibel instability (1)
- theory mind (1)
- thermal expansion (1)
- thermoadaptation (1)
- thermodynamic functions and equations of state (1)
- thermodynamic properties (1)
- thermoelectric material (1)
- theta-pinch (1)
- three-dimensional nanostructures (1)
- time dependent (1)
- time scales (1)
- time series prediction (1)
- time-resolved (1)
- tip fabrication (1)
- toll-like receptor (1)
- top-down control (1)
- torsion (1)
- total cross-section (1)
- transient interaction (1)
- transition-metal oxides (1)
- transmission cost allocation (1)
- transport (1)
- transport models (1)
- transport models quark-gluon plasma (1)
- triangular flow (1)
- tungsten (1)
- two-electron systems (1)
- two-proton correlations (1)
- ultraperipheral and central heavy ion collisions (1)
- ultrashort laser pulses (1)
- unconventional superconductor (1)
- unsaturated phospholipid (1)
- vanadium (1)
- vanadium oxides (1)
- vapor-liquid-solid mechanism (1)
- variational Monte Carlo (1)
- virtual photon emission (1)
- viscous cosmology (1)
- viscous hydrodynamics (1)
- visual short-term memory (1)
- visual working memory (1)
- white and brown dwarfs (1)
- wind (1)
- wind energy (1)
- wind turbine blades (1)
- wind turbines (1)
- wwPDB (1)
- x-ray techniques (1)
- zellulare nichtlineare Netzwerke (1)
- zero-point length (1)
- Θ+ pentaquark (1)
- β-barrel assembly machinery (BAM) complex (1)
- γ-ray spectroscopy (1)
- γ-spectroscopy (1)
- η/s (1)
- κ meson (1)
- φ feed-down (1)
- √sN N = 2.76 TeV (1)
- field-effect transistor (1)
Institute
- Physik (1746) (remove)
The neutron sensitivity of the C6D6 detector setup used at n_TOF facility for capture measurements has been studied by means of detailed GEANT4 simulations. A realistic software replica of the entire n_TOF experimental hall, including the neutron beam line, sample, detector supports and the walls of the experimental area has been implemented in the simulations. The simulations have been analyzed in the same manner as experimental data, in particular by applying the Pulse Height Weighting Technique. The simulations have been validated against a measurement of the neutron background performed with a natC sample, showing an excellent agreement above 1 keV. At lower energies, an additional component in the measured natC yield has been discovered, which prevents the use of natC data for neutron background estimates at neutron energies below a few hundred eV. The origin and time structure of the neutron background have been derived from the simulations. Examples of the neutron background for two different samples are demonstrating the important role of accurate simulations of the neutron background in capture cross-section measurements.
The neutron capture cross section of 58Ni was measured at the neutron time of flight facility n_TOF at CERN, from 27 meV to 400 keV neutron energy. Special care has been taken to identify all the possible sources of background, with the so-called neutron background obtained for the first time using high-precision GEANT4 simulations. The energy range up to 122 keV was treated as the resolved resonance region, where 51 resonances were identified and analyzed by a multilevel R-matrix code SAMMY. Above 122 keV the code SESH was used in analyzing the unresolved resonance region of the capture yield. Maxwellian averaged cross sections were calculated in the temperature range of kT = 5 – 100 keV, and their astrophysical implications were investigated.
We discuss the potential of light-nuclei measurements in heavy-ion collisions at intermediate energies for the search of the hypothetical QCD critical end-point. A previous proposal based on neutron density fluctuations has brought appealing experimental evidences of a maximum in the ratio of the number of tritons times protons, divided over deuterons square, O tpd. However these results are difficult to reconcile with the state-of-the-art statistical thermal model predictions. Based on the idea that the QCD critical point can lead to a substantial attraction among nucleons, we propose new light-nuclei multiplicity ratios involving He in which the maximum would be more noticeable. We argue that the experimental extraction is feasible by presenting these ratios formed from actual measurements of total and differential yields at low and high collision energies from FOPI and ALICE experiments, respectively. We also illustrate the possible behavior of these ratios at intermediate energies applying a semiclassical method based on flucton paths using the preliminary NA49 and STAR data for O tpd as input.
For cold (neutronless) fission we consider an analytical model of quantum tunneling with dissipation through a barrier U(q) evaluated with a M3Y nucleon-nucleon force. We calculate the tunneling spectrum, i.e., the fission rate as a function of the total kinetic energy of the fragments. The theoretical results are compared with the experimental data obtained for the fine structure of two cold fission modes of 252Cf: 148Ba+104Mo and 146Ba+106Mo. Taking into account the dissipative coupling of the potential function U(q) and of the momentum p with all the other neglected coordinates, we obtain a remarkable agreement with the experimental data. We conclude that the cold fission process is a spontaneous decay with a spectrum determined by the shape of the barrier and an amplitude depending on the strength of the dissipative coupling.
This work presents, to our knowledge, the first completely passive imaging with human-body-emitted radiation in the lower THz frequency range using a broadband uncooled detector. The sensor consists of a Si CMOS field-effect transistor with an integrated log-spiral THz antenna. This THz sensor was measured to exhibit a rather flat responsivity over the 0.1–1.5-THz frequency range, with values of the optical responsivity and noise-equivalent power of around 40 mA/W and 42 pW/√Hz, respectively. These values are in good agreement with simulations which suggest an even broader flat responsivity range exceeding 2.0 THz. The successful imaging demonstratestheimpressivethermalsensitivitywhichcanbeachievedwithsuchasensor. Recording of a 2.3×7.5-cm2-sized image of the fingers of a hand with a pixel size of 1 mm2 at a scanning speed of 1 mm/s leads to a signal-to-noise ratio of 2 and a noise-equivalent temperature difference of 4.4 K. This approach shows a new sensing approach with field-effect transistors as THz detectors which are usually used for active THz detection.
An experiment addressing electron capture (EC) decay of hydrogen-like 142Pm60+ions has been conducted at the experimental storage ring (ESR) at GSI. The decay appears to be purely exponential and no modulations were observed. Decay times for about 9000 individual EC decays have been measured by applying the single-ion decay spectroscopy method. Both visually and automatically analysed data can be described by a single exponential decay with decay constants of 0.0126(7)s−1 for automatic analysis and 0.0141(7)s−1 for manual analysis. If a modulation superimposed on the exponential decay curve is assumed, the best fit gives a modulation amplitude of merely 0.019(15), which is compatible with zero and by 4.9 standard deviations smaller than in the original observation which had an amplitude of 0.23(4).
Abstract: The measured particle ratios in central heavy-ion collisions at RHIC-BNL are investigated within a chemical and thermal equilibrium chiral SU(3) Ã É approach. The commonly adopted non-interacting gas calculations yield temperatures close to or above the critical temperature for the chiral phase transition, but without taking into account any interactions. In contrast, the chiral SU(3) model predicts temperature and density dependent effective hadron masses and effective chemical potentials in the medium and a transition to a chirally restored phase at high temperatures or chemical potentials. Three different parametrizations of the model, which show different types of phase transition behaviour, are investigated. We show that if a chiral phase transition occured in those collisions, freezing of the relative hadron abundances in the symmetric phase is excluded by the data. Therefore, either very rapid chemical equilibration must occur in the broken phase, or the measured hadron ratios are the outcome of the dynamical symmetry breaking. Furthermore, the extracted chemical freeze-out parameters differ considerably from those obtained in simple non-interacting gas calculations. In particular, the three models yield up to 35 MeV lower temperatures than the free gas approximation. The inmedium masses turn out to differ up to 150 MeV from their vacuum values.
The measured particle ratios in central heavy-ion collisions at RHIC-BNL are investigated within a chemical and thermal equilibrium chiral SU(3) σ–ω approach. The commonly adopted noninteracting gas calculations yield temperatures close to or above the critical temperature for the chiral phase transition, but without taking into account any interactions. Contrary, the chiral SU(3) model predicts temperature and density dependent effective hadron masses and effective chemical potentials in the medium and a transition to a chirally restored phase at high temperatures or chemical potentials. Three different parametrizations of the model, which show different types of phase transition behaviour, are investigated. We show that if a chiral phase transition occured in those collisions, “freezing” of the relative hadron abundances in the symmetric phase is excluded by the data. Therefore, either very rapid chemical equilibration must occur in the broken phase, or the measured hadron ratios are the outcome of the dynamical symmetry breaking. Furthermore, the extracted chemical freeze-out parameters differ considerably from those obtained in simple noninteracting gas calculations. In particular, the three models yield up to 35 MeV lower temperatures than the free gas approximation. The in-medium masses turn out to differ up to 150 MeV from their vacuum values.
The advent of improved experimental and theoretical techniques has brought a lot of attention to the electric dipole (E1) response of atomic nuclei in the last decade. The extensive studies have led to the observation and interpretation of a concentration of E1 strength energetically below the Giant Dipole Resonance in many nuclei. This phenomenon is commonly denoted as Pygmy Dipole Resonance (PDR). This contribution will summarize the most important results obtained using different experimental probes, define the challenges to gain a deeper understanding of the excitations, and discuss the newest experimental developments.
We study the transition from fusion-fission phenomena at about 20 MeV/nucleon multifragmentation at 100–200 MeV/nucleon in the reaction 16O+80Br employing the quantum molecular dynamics model. The time evolution of the density and mass distribution, the charged-particle multiplicity, and spectra as well as angular distributions of light particles are investigated. The results exhibit the transition of the disassembly mechanism, but no sharp change is found. The results are in good agreement with recently measured 4-Pi data.