and the rest of the world on the topic of nuclear forensics. There have been a number of articles in public policy journals in the past year that call for greater interaction between the U. The illicit trafficking of nuclear materials is, of course, an international problem nuclear materials may be mined and milled in one country, manufactured in a second country, diverted at a third location, and detected at a fourth. Nuclear forensics has become increasingly important in the fight against illicit trafficking in nuclear and other radioactive materials. It should also be noted that similar work previously done can be integrated into NuKIT.
NUKIT MEAMING FULL
It should be noted that any work done towards this system, by any group, will advance the full system. This paper will present some proposed work in the context of its use for isotopes and radiation application, as well as possible work to be done in the context of the Combined Materials Experimental Toolkit (CoMET) being developed by the Nuclear Science User Facilities (NSUF) program. Eventually, integration with industry-standard tools like MCNP, SCALE, etc. Finally, NuKIT is envisioned to include commercialization tools to allow freelance work and to compensate data entry/moderation work to help encourage participation.
NUKIT MEAMING CODE
Tools include community tools like forums and the ability to create collaborative projects visualization and presentation tools and an online programming system that allows code sharing, collaborative editing, database manipulation, and integration with all other tools. Knowledge would be captured in user-entered and expert-verified databases of reactors, applications of radiation, isotope production methods, and other pertinent nuclear information complete with technical information and tags that can be used to organize and investigate the data.
This paper proposes an open-access system that combines preserving and passing on the knowledge in all nuclear sub-fields with tools to make that knowledge useful, referred to as the Nuclear Knowledge and Innovation more » Toolkit (NuKIT). This situation has led to a loss of knowledge and experience, a lack of collaboration across nuclear sub-fields, and immense amounts of time and effort spent on redundant work. Impressive amounts of work went into theory and application development in each sub-field over the next few decades, with much of the work left without adequate documentation or with important documentation made only within the organization. For example, radiation safety used buildup and shielding factors while reactor designers use diffusivity and cross sections. As the field continued to develop, that secrecy led to different specializations developing with different sets of terminology and methods of computation. Such peaceful technologies, often derived from experience gained through the weapons program, often maintained some level or attitude of secrecy.
This work led to investigations of peaceful uses of nuclear technology, including nuclear power production and applications of radiation. Nuclear engineering began as an urgent weapons development program in the early 1940s, involving work in enrichment, reactor design, shielding design, and isotope production.
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