Laser Microfusion

Jul 2, 2024 | pubs.aip.org | Laser Microfusion |P. Rodriguez-Fernandez |Brian Haines |Samuel E. Wurzel

The simulation session scheme consisted of the following stages: Using the GEM_MP.exe code (see  Appendix A) as input data information describing the Te(R,Z) and ne(R,Z) profiles (2D tables) and data describing diagnostic parameters (3D pixel positions and pinhole information about their sizes and the presence or absence of additional filters in the detector's viewing path), the number of quanta that reach each of the 33 462 pixels of the detector is calculated.

May 29, 2024 | link.aps.org | Nicolaus Copernicus |Laser Microfusion |M. Polasik |K. Słabkowska

Here, we consider nuclear excitation by electron capture (NEEC) in a beam-based experiment for the Rb84m isomer (Iπ = 6−, T1/2=20.26 min). The NEEC process for the Rb84m isomer allows an excitation by magnetic-dipole (M1) and electric-quadrupole (E2) transitions into a depletion level (Iπ = 5−), which subsequently decays, releasing a substantial amount of stored energy. To ensure effective production of the Rb84m isomer, the fusion-evaporation reaction Se82 + Li7 is considered.