The fundamental role of fission during r-process nucleosynthesis (Nuclear Astrophysics)

• Stéphane Goriely (ULB, Bruxelles Belgium)

Masses and beta-decay studies for the r process (Nuclear Astrophysics)

• Sara Naimi (IJCLab, Orsay, France)

The intermediate neutron capture process (Nuclear Astrophysics)

• Arthur Choplin (ULB, Bruxelles Belgium)

Study of Pigmy Dipole resonances and their potential roles in nuclear astrophysics (Nuclear Astrophysics)

• Iolanda Matea (IJCLab, Orsay, France)

Introduction to experiments on nuclear fission P1 (Fission)

• Beatriz Jurado (LP2I, Bordeaux, France)

Introduction to the theory of nuclear fission P1 (Fission)

• David Regnier (CEA/DAM, Bruyères-le-Châtel, France)

Fission cross sections, evaluations and measurements (Fission)

• Pierre Tamagno (CEA, Cadarache, France)

Introduction to the theory of nuclear fission P2 (Fission)

• David Regnier (CEA/DAM, Bruyères-le-Châtel, France)

Introduction to experiments on nuclear fission P2 (Fission)

• Beatriz Jurado (LP2I, Bordeaux, France)

Measurements in inverse kinematics around the Coulomb Barrier at VAMOS (Fission)

• Diego Ramos (GANIL, Caen, France)

Microscopic description of nuclear fission: Recent advances in the TDGCM approach (Fission)

• Nathalie Pillet (CEA/DAM, Bruyères-le-Châtel, France)

Massive stars modelling: Evolution and nucleosynthesis (Nuclear Astrophysics)

• Thibaut Dumont (IPHC, Strasbourg, France)

Direct Measurements of Fusion Reactions of Astrophysics Impact (Nuclear Astrophysics)

• Marcel Heine (IPHC, Strasbourg, France)

Coincidence measurements of fusion reactions involving carbon and oxygen with the high-precision STELlar LAboratory (STELLA) (Nuclear Astrophysics)

• Aurélie Bonhomme (IPHC, Strasbourg, France)

The fundamental role of fission during r-process nucleosynthesis

• Stéphane Goriely (ULB, Bruxelles Belgium)

Neutron sources for the s-process and their experimental study (Nuclear Astrophysics)

• Fairouz Hammache (IJCLab, Orsay, France)

Reaction models for astrophysics (Nuclear Astrophysics)

• Guillaume Hupin (IJClab, Orsay, France)

State of the art on new region around neutron deficient Pb (Fission)

• Christelle Schmitt (IPHC, Strasbourg, France)

Structure and angular momentum at scission from microscopic models (Fission)

• Guillaume Scamps (L2I Toulouse, France)

Angular momentum and excitation energy of 120Cd/132Sn, 118Pd/134Te neutronless fragmentations in 252Cf(sf) (Fission)

• Alexis Francheteau (GANIL, Caen, France)

Fission-fragment de-excitation as a fission probe (Fission)

• Jon Wilson (IJClab, Orsay, France)

Fission in heavy ion storage ring (Fission)

• Boguslaw Wloch (LP2I, Bordeaux, France)

Fission studies at at NFS with SCONE

• Gilbert Bélier (CEA, DAM, DIF)

Fission modeling is still the subject of much work. The objective is to understand the structure and dynamic effects involved in this reaction. From the point of view of fission applications, the objective is to provide precise data on the fission fragments yields and kinetic energies, but also on the emission of neutrons and γ-rays. The work being carried out in numerous laboratories ultimately aims to enable the provision of such data based on theories or phenomenological models. In this presentation I will describe the new results obtained with the large SCONE detector (Solid COunter for NEutrons), based on plastic scintillator bars. The detector design includes a significant amount of Gd, in order to carry out neutron counting with an efficiency of about 70 percent for fission neutrons. In addition, by design, SCONE is also a good γ-ray calorimeter, and in particular the granularity allows to determine the average γ-ray multiplicities. I will present the experimental results of the fast neutron induced fission of uranium 238 campaign performed at the GANIL/NFS facility, for neutron energies ranging from 1 MeV to 30 MeV. The complete distributions of fission neutron multiplicities, the average total radiated γ-ray en ergy, and the average γ-ray multiplicity in the fast neutron induced fission of uranium 238 will be discussed. Furthermore, measuring the different observables continuously as a function of neutron energy makes it possible to study the effects of multi-chances which confer structures into those observables. For the first time the second chance fission probability on uranium 238 was mea- sured experimentally. In a ddition, the re-analysis of old data on uranium 235 and plutonium 239 allowed us to obtain the aforementioned probability also for these two isotopes. These measure- ments open a way to take into account the effects of multi-chance in fission, that overcomplicate the description of the neutron induced fission process. Unfolding these effects will simplify the achievement of more precise models.

Towards a more microscopic description of fission (Fission)

• Luis Robledo (University of Madrid, Spain)

Measurements in inverse kinematics at relativistic energies (SOFIA) (Fission)

• Audrey Chatillon (CEA/DAM, Bruyères-le-Châtel, France)

Novae & X-ray burst modeling (Nuclear Astrophysics)

• Jordi Jose (UPC, Barcelona, Spain)

X-ray bursts studies using indirect methods (Nuclear Astrophysics)

• Nicolas De Séréville (IJClab, Orsay, France)

Accessing explosive stellar nucleosynthesis from grounded laboratories (Nuclear Astrophysics)

• Chloé Fougères (CEA/DAM, Bruyères-le-Châtel, France)