Comparison of spallation reaction models using MCDA

Fission-residues Produced in the Spallation Reaction

Fission fragments from 1 A GeV U projectiles irradiating a hydrogen target were investigated by using the fragment separator FRS for magnetic selection of reaction products including ray-tracing and E-ToF techniques. The momentum spectra of identi ed fragments were analysed to provide isotopic production cross sections, ssion-fragment velocities and recoil momenta of the ssioning parent nuclei....

Runoff Production Potential Zoning Using Fuzzy GIS-MCDA Models (Case Study: Tajan River Basin)

Because in Iran, flood phenomenon has the highest financial losses and death tolls among the natural disasters, thus reducing the damage caused by it has been considered for a long time and it is regarded essential. The most urgent action to deal with this natural disaster is to make preparations and take measures to reduce its harmful effects. One of the basic measures in this regard is the re...

Using the Reaction Delay as the Driver Effects in the Development of Car-Following Models

Car-following models, as the most popular microscopic traffic flow modeling, is increasingly being used by transportation experts to evaluate new Intelligent Transportation System (ITS) applications. A number of factors including individual differences of age, gender, and risk-taking behavior, have been found to influence car-following behavior. This paper presents a novel idea to calculate ...

Making decisions: using Bayesian nets and MCDA

Bayesian Belief Nets (BBNs) have proven to be an extremely powerful technique for reasoning under uncertainty. We have used them in a range of real applications concerned with predicting properties of critical systems. In most of these applications we are interested in a single attribute of the system such as safety or reliability. Although such BBNs provide important support for decision makin...

Mathematical Modeling of Fluorination Reaction of Uranium Dioxide and Evaluation of Existing Gas-Solid Reaction Models