DIRECTIONS IN RADIATION TRANSPORT MODELLING

Directions in Radiation Transport Modelling

Radiation transport modelling has come a long way in the last 50 years: 2D models have been replaced by 3D models; multi-group energy schemes have been replaced by continuous energy nuclear data representations in Monte Carlo models; accurate 3D geometrical representations are available, including import from CAD files.More exciting advances are on

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Viability of mesenchymal stem cells during electrospinning

Tissue engineering is a technique by which a live tissue can be re-constructed and one of its main goals is to associate cells with biomaterials.Electrospinning is a technique that facilitates the production of nanofibers and is commonly used to develop fibrous scaffolds to be used in tissue engineering.In the present study, a different approach fo

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Importance of the Therapeutic Relationship: Efficacy of Functional Analytic Psychotherapy with Different Problems

Functional Analytical Psychotherapy (FAP) is a third generation and contextual therapy.It is based on therapeutic interaction, verbal and emotional client-therapist relationships.It also uses functional analysis of behaviour, and live on-going Cistanche modification of clinical problem behaviours.The aim of this research was to study the efficacy o

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Using Machine Learning Ensemble Methods to Predict Execution Time of e-Science Workflows in Heterogeneous Distributed Systems

Effective planning and optimized execution of the e-Science workflows in distributed systems, such as the Grid, need predictions of execution times of the workflows.However, predicting the execution times of e-Science workflows in heterogeneous distributed systems is a challenging job due to the complex structure of workflows, variations due to inp

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