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mechanics. The 50 kN test machine, weighing approximately 250 kg, was mounted on the hexapod (fig. 1). An aluminium 2024 alloy MIG welded specimen was used as a test piece. Crack growth was performed by

of standard development is the measurement of round-robin samples. A ferritic steel weld (see figure 1) was prepared and was measured at world-wide neutron sources including the ILL. The stress field in

of standard development is the measurement of round-robin samples. A ferritic steel weld (see figure 1) was prepared and was measured at world-wide neutron sources including the ILL. The stress field in

Boerner H.G., Lehmann H., Becvar F., Krticka M., Zamfir N.V., Casten R.F.; Physical Review C 62 , 034313-1-034313-8 (2000)

Kessler E.G., Deslattes R.D., Börner H.G., Jentschel M., Doll C., Mutti P.; Physical Review C 73 , 044303-1-044303-11 (2006)

Instrument layout PN1 (Lohengrin) - an exotic-isotope spectrometer LOHENGRIN is a recoil mass spectrometer for studying the properties of the exotic isotopes produced during the fission process. It allows

produce and isolate new atomic nuclei (exotic nuclei), making it possible to develop models further. At PN1, the target sample is bombarded with a high flux of thermal neutrons to break up atomic nuclei and produce

with PN1 The role of a recoil spectrometer is to sort and recognize the nuclei fragments ejected from the sample very soon after fission, because the lifetime of fission products is often short. PN1-Lohengrin

Working at PN1-Lohengrin This film was shot in the RED magnet housing on 28 May 2007, i.e. between experiment 3-01-498 (Beta-gamma spectroscopy of very neutron-rich Ge, As and Se isotopes) and experiment

as a function of nuclear charge Z and atomic mass A, and the kinetic energy of the fragments. At PN1, an almost complete survey has been performed of fission yield for many fissile systems, ranging from