0000000000925750

AUTHOR

J. Kliman

showing 2 related works from this author

Investigation of the reaction 64Ni+238U being an option of synthesizing element 120

2010

This study is concerned with the search for entrance channels suitable to synthesize elements with Z > 118. Mass-energy distributions as well as capture cross-sections of fission-like fragments have been measured for the reactions 64Ni + 238U → 302120 and 48Ca + 238U → 286112 at energies near the Coulomb barrier. Compound nucleus fission cross-sections were estimated from the analysis of mass and total kinetic energy distributions. The cross-section drops three orders of magnitude for the formation of the compound nucleus with Z = 120 obtained in the reaction 64Ni + 238U compared to the formation of the compound nucleus with Z = 112 obtained in the reaction 48Ca + 238U at an excitation ener…

Physicssuperheavy elements ; fusion ; fission ; entrance channelsNuclear and High Energy PhysicsQuasi-fissionFissionSuperheavy elementsFusion–fissionCoulomb barrierKinetic energyPhysique atomique et nucléairemedicine.anatomical_structureSuperheavy elementOrders of magnitude (time)medicineAtomic physicsNucleusFusion-fissionExcitationPhysics Letters B
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Neutron and gamma-ray emission in the proton induced fission of 238U and 242Pu

2004

Abstract Average prescission Mpren and postscission Mpostn neutron multiplicities as well as average γ-ray multiplicity 〈Mγ〉, average energy 〈Eγ〉 emitted by γ-rays as a function of mass and total kinetic energy (TKE) of fission fragments were measured in proton induced reactions p+ 242 Pu→ 243 Am , p+ 238 U→ 239 Np at proton energy Ep=13, 20 and 55 MeV.

Nuclear physicsPhysicsNuclear and High Energy PhysicsFissionGamma rayNeutronMultiplicity (mathematics)Proton energyKinetic energyNuclear Physics A
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