<dd id="rw0xn"></dd>

  • <label id="rw0xn"></label>

  • <sup id="rw0xn"><strike id="rw0xn"></strike></sup><label id="rw0xn"></label>
      <th id="rw0xn"></th>
    1. <var id="rw0xn"></var>
        1. <table id="rw0xn"></table>

          <sub id="rw0xn"><meter id="rw0xn"></meter></sub>
          • English
          • ???????
          • 中文
          • Fran?ais
          • Русский
          • Espa?ol

          You are here

          Near Term and Promising Long Term Options for the Deployment of Thorium Based Nuclear Energy

          Final Report of a Coordinated Research Project

          IAEA-TECDOC-2009

          English IAEA-TECDOC-2009 | 978-92-0-139722-5

          172 pages | 98 figures | € 18.00 | Date published: 2022

          Download PDF (7.18 MB)

          Description

          This publication summarizes the results of an IAEA coordinated research project focussed on options for the deployment of thorium based nuclear energy. The enhanced capabilities of thorium based fuels for high conversion ratio fuel cycles, improved inherent safety characteristics, reduced minor actinide production are presented. The report highlights reactor systems for thorium deployment, thorium fuel cycle implementation scenarios, thermo-physical properties and irradiation performances of thorium based oxide fuels.

          More Information on reusing IAEA copyright material.

          Keywords

          Thorium, Near Term Options, Long Term Options, Thorium Deployment, Utilization, Nuclear Reactors, Nuclear Energy, Thorium Based Nuclear Energy, Member States, Thorium Resources, Thermal, Fast Reactors, Results, Conversion Ratio, Thorium Fuel Cycle, Implementation, Thermo-Physical Properties, Irradiation Performances, Thorium Based Oxide Fuels, Heavy Water Reactors, Th-Pu Oxide Fuels, Countries, Thorium-Based Fuelling Strategies, Uranium, Molten Salt Reactors, MSR, Light Water Cooled Reactor, LWR, Design, Actinide Recycle, Multi-Tier Reactor System, Coordinated Research Project, CRP, ?Inherent Safety Characteristics, Reduced Minor Actinide Production

          Related publications

          Stay in touch

          Newsletter

          <dd id="rw0xn"></dd>

        2. <label id="rw0xn"></label>

        3. <sup id="rw0xn"><strike id="rw0xn"></strike></sup><label id="rw0xn"></label>
            <th id="rw0xn"></th>
          1. <var id="rw0xn"></var>
              1. <table id="rw0xn"></table>

                <sub id="rw0xn"><meter id="rw0xn"></meter></sub>
                97碰成人国产免费公开视频