Synergy of Nuclear Data and Nuclear Theory Online

Andrey Denikin,Vycheslav Saiko,Alexander Karpov,Viacheslav Samarin,Mikhail Naumenko,Vladimir Rachkov

doi:10.1051/epjconf/202023903021

Abstract

The paper describes the NRV web knowledge base on low-energy nuclear physics developed in the Joint Institute for Nuclear Research. The NRV knowledge base working through the Internet integrates a large amount of digitized experimental data on the properties of nuclei and nuclear reaction cross sections with a wide range of computational programs for modeling of nuclear properties and nuclear dynamics. Today, the NRV becomes a powerful instrument for nuclear physics research as well as for educational applications. Advantages of the functioning scheme of the knowledge base provide the synergy of coexistence of the experimental data and computational codes within one platform.

Highlights

Over the last hundred years, progress in nuclear physics has generated a vast amount of the experimental data both on nuclear properties and on reactions induced by nuclear particles
In order to simplify this work, we propose a unique web-based system which we call the web knowledge base on low-energy nuclear physics “Nuclear Reaction Video” (NRV) [1, 2]
We demonstrated the application of the NRV knowledge base to the analysis of elastic scattering reactions

Summary

Introduction

Over the last hundred years, progress in nuclear physics has generated a vast amount of the experimental data both on nuclear properties and on reactions induced by nuclear particles. In order to simplify this work, we propose a unique web-based system which we call the web knowledge base on low-energy nuclear physics “Nuclear Reaction Video” (NRV) [1, 2]. It has been created in the Joint Institute for Nuclear Research. This knowledge base, working through the Internet directly in the browser of a remote user, integrates a large amount of digitized experimental data on the properties of nuclei and nuclear reaction cross sections with a wide range of computational programs for modeling of nuclear properties and nuclear dynamics. We present an example of application of the NRV in order to demonstrate the advantages of the functioning scheme providing synergistic effect of the interplay between nuclear databases and computational codes

Analysis of Elastic Scattering within NRV Knowledge Base

Conclusions