Shutdown dose calculations for the IFMIF-DONES lithium loop cell using variance reduction techniques

Radiation Dose Reduction Techniques in the Workplace

The principal objective of radiation protec­tion is to ensure that the dose received by any individual does not exceed the applicable M.P.D. values.We will discuss in this paper the presents recommendations and technical information related to the design and installation of struc­tural shielding with taking into account the concept of Maximum Permissible Dose equi­valent (MPDl as expressed and ...

Variance Reduction Techniques in . . .

Modern Techniques for One-Loop Calculations

We review the techniques used for one-loop calculations with emphasis on practical applications. QED is used as an example but the methods can be used in any theory. The aim is to teach how to use modern techniques, like the symbolic package FeynCalc for Mathematica and the numerical package LoopTools for Fortran or C++, in one-loop calculations.

Efficient Methods for FFT calculations Using Memory Reduction Techniques

FFT algorithms is one of the many methods used for the calculation of DFT, but they are preferred due to their increased speed and higher efficiency, which arises due to the fact that for the calculation of a N-point DFT, the sequence is broken into several segments and the DFT for each segment is calculated. However, for this many redundant memory spaces are required. The Butterfly structure f...

Results and Techniques of Multi-Loop Calculations

In this review some recent multi-loop results obtained in the framework of perturbative Quantum Chromodynamics (QCD) and Quantum Electrodynamics (QED) are discussed. After reviewing the most advanced techniques used for the computation of renormalization group functions, we consider the decoupling of heavy quarks. In particular, an effective method for the evaluation of the decoupling constants...