Abstract
This paper presents a Monte Carlo code to get response spectrum of ions for the Neutron Depth Profiling (NDP) technique called Monte Carlo NDP (MC-NDP) that simulates the behavior of ions transmitted through a sample matrix and generates the energy spectrum for a specified detector. The MC-NDP model is based on the Ziegler-Bier- sack-Littmark Model, but incorporates the advantages of TRIM and CORTEO. The Impulse Approximation method is used to determine the flight length with the indexical inter- polation method rather than the Magic algorithm for the scattering angle between ions and nucleus. This makes MC- NDP more efficient and convenient to simulate entire ion histories by a Monte Carlo approach. MC-NDP's results agree well with both TRIM results and the experimental data.
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