Keywords: عناصر فوق سنگین; Superheavy elements; Relativistic density functional theory; Relativistic effective atomic configurations; 00-01; 99-00;
مقالات ISI عناصر فوق سنگین (ترجمه نشده)
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Keywords: عناصر فوق سنگین; Radioactive ions; Gas cells; MRTOF-MS; Charge state; Superheavy elements; Fusion-evaporation;
Keywords: عناصر فوق سنگین; Superheavy elements; Natural abundance limits; Accelerator mass spectrometry;
Keywords: عناصر فوق سنگین; Single-atom laser spectroscopy; Single-ion chemistry; Single-ion mobility measurements; Superheavy elements; Buffer-gas traps;
Keywords: عناصر فوق سنگین; Superheavy elements; Electronic structure theory; Relativistic and quantum electrodynamic effects;
Keywords: عناصر فوق سنگین; Superheavy elements; Relativity; Electron correlation; Coupled cluster methods; Multiconfiguration SCF;
Keywords: عناصر فوق سنگین; Mechanisms of heavy-ion-induced reaction; Fusion; Fission; Quasifission; Fusion probability; Superheavy elements;
Keywords: عناصر فوق سنگین; Superheavy elements; Electronic structure; Properties; Relativistic effects;
Keywords: عناصر فوق سنگین; In-beam spectroscopy; Heavy elements; Superheavy elements; Nuclear structure; Isomeric states;
Electronic structure and properties of MAu and MOH, where Mâ¯=â¯Tl and Nh: New data
Keywords: عناصر فوق سنگین; Superheavy elements; Nh; Relativistic effects; Reactivity; Volatility;
Relativistic Dirac-Fock atom properties for Z=121 to Z=138
Keywords: عناصر فوق سنگین; Dirac-Fock; Superheavy elements; RECP; Liquid-drop model; Spinor-wavefunctions; FEFF;
On-line separators for the Dubna Superheavy Element Factory
Keywords: عناصر فوق سنگین; Electromagnetic separators; Velocity filters; Gas-filled separators; Superheavy elements; α-, β-, γ-spectroscopy;
Recoil-α-fission and recoil-α–α-fission events observed in the reaction 48Ca + 243Am
Keywords: عناصر فوق سنگین; Superheavy elements; Element 115; Uup; α decay; Spontaneous fission
Evaporation residue cross-section in the decay of 254No* formed in 206Pb + 48Ca and its isotopic dependence using other Pb targets within the dynamical cluster-decay model
Keywords: عناصر فوق سنگین; Fusion reactions; Superheavy elements
From bohrium to copernicium and beyond SHE research at SHIP
Keywords: عناصر فوق سنگین; Superheavy elements; Heavy-ion fusion; In-flight separation; Nuclear spectroscopy; Nuclear shells; Fission barriers;
Superheavy nuclei from 48Ca-induced reactions
Keywords: عناصر فوق سنگین; Superheavy elements; Heavy-ion induced fusion; Alpha decay; Spontaneous fission;
Chemical studies of elements with Z ⩾ 104 in gas phase
Keywords: عناصر فوق سنگین; Gas-phase chemistry; Superheavy elements; Relativistic effects;
Recent developments for high-precision mass measurements of the heaviest elements at SHIPTRAP
Keywords: عناصر فوق سنگین; Superheavy elements; Penning traps; Mass spectrometry; Deformed shell gap; Cryogenic gas cell;
Thermal release rate studies of nuclear reaction products from polycrystalline metal matrices
Keywords: عناصر فوق سنگین; Diffusion; Release rate; Superheavy elements; Transition metals; Irradiation; Radiation damage enhanced diffusion;
Theoretical modelling of the adsorption of thallium and element 113 atoms on gold using two-component density functional methods with effective core potentials
Keywords: عناصر فوق سنگین; Superheavy elements; Spin-orbit coupling; Element 113; Thermochromatography; Relativistic density functional theory; Effective core potentials;
Investigation of the reaction 64Ni + 238U being an option of synthesizing element 120
Keywords: عناصر فوق سنگین; Fusion-fission; Quasi-fission; Superheavy elements;
Gas phase chemical studies of superheavy elements using the Dubna gas-filled recoil separator – Stopping range determination
Keywords: عناصر فوق سنگین; 61.85.+p; 27.90.+b; 25.70.−z; 29.30.−hHeavy ion; Stopping force; Mylar; Argon; Superheavy elements; Physical preseparator
Study of SHE at the GSI-SHIP
Keywords: عناصر فوق سنگین; Superheavy elements; Half-lives; Fusion reactions; Cross-sections
Fusion hindrance and roles of shell effects in superheavy mass region
Keywords: عناصر فوق سنگین; Superheavy elements; Fluctuation-dissipation dynamics; Fusion-fission process; Quasi-fission process;
Analysis of fusion-fission dynamics by pre-scission neutron emission in 58Ni + 208Pb system
Keywords: عناصر فوق سنگین; Superheavy elements; Fluctuation-dissipation dynamics; Fusion-fission process; Quasi-fission process; Pre-scission neutron multiplicity;
Trajectory analysis for fusion path in superheavy-mass region
Keywords: عناصر فوق سنگین; Superheavy elements; Fluctuation-dissipation dynamics; Fusion-fission process; Quasi-fission process;