Bands structure of nanocrystalline anatase (TiO 2) particles was investigated before and
after neutron irradiation (1.6× 10 15 n· cm− 2, 8× 10 15 n· cm− 2, 4× 10 16 n· cm− 2 and 2× …

Abstract The Real-time Analysis for Particle-transport and In-situ Detection (RAPID) Code
System, developed based on the Multi-stage Response-function Transport (MRT) …

The high-fidelity simulation of reactor kinetics, with the ability of calculating detailed 3-D time-
dependent distributions of the nuclear quantities of interest, is an important challenge in the …

Measuring the neutron spectrum in the reactor core is quite difficult to do. The commonly
used technique is using a multi-foil activation-based neutron spectrometer. This technique …

Deep level defects created by implantation of light-helium and medium heavy carbon ions in
the single ion regime and neutron irradiation in n-type 4H-SiC are characterized by the …

The combination of MCNP6 and the FISPACT codes was used to predict inventories of
radioisotopes produced by neutron exposure of a sample in a research reactor. The detailed …

The paramagnetic centers and their nature in nanocrystalline B 4 C particles have been
comparatively studied before and after neutron irradiation. Electron Paramagnetic …

The knowledge of nuclear heating inside nuclear (fission or fusion) reactor is essential for
safe reactor operation, to know and meet limits expressed in terms of cooling requirements …

Neutron activation dosimetry is the primary method for the determination of the neutron flux
or fluence, and in general, it is sensitive to the thermal and resonance energy ranges …

This study investigates the effects of neutron irradiation on nanocrystalline anatase (TiO₂)
using electron paramagnetic resonance (EPR) spectroscopy. Neutron irradiation doses of …