![]() IAEA TECDOC Series No. 2081 IAEA-TECDOC-2081, 90 pp.; 13 figures; 2025 |
![]() IAEA Nuclear Energy Series No. NW-G-3.3 This publication draws together the experience of Member States in the evaluation, management and remediation of legacy trench sites. It describes the overall process necessary to facilitate such projects. The publication provides the reader with an understanding of how to characterize, assess and potentially remediate such sites as well as providing guidance on management aspects such as decision making and engaging with stakeholders. A key aim is to highlight specific issues associated with these sites, which make them different from other contaminated sites, and to direct the reader to relevant guidance. Case studies to illustrate legacy trench sites, which either have been or are in various stages of assessment and remediation are also presented. Relevant experience and lessons learned for these sites is embedded throughout the publication. |
![]() ????? ??????????? ???????? 398 (Rev. 1) STI/DOC/010/398 (Rev. 1), 330 pp.; 29 figures; 2025 |
![]() Seriya norm MAGATE po bezopasnosti No. SSG-63 STI/PUB/1897, 61 pp.; 2 figures; 2025 |
![]() IAEA Nuclear Energy Series No. NW-T-1.28 Part of a series to inform nuclear facility designers, vendors, operators and State governments about IAEA safeguards and how associated requirements can be considered early in the design phase of a new nuclear facility, this publication is applicable to the design of radioactive waste management programmes covering both facilities and waste forms. The potential to reduce costs, avoid retrofits and achieve efficiencies, both for the operator and for IAEA Member States, are important drivers for the early consideration of safeguards in the design of a radioactive waste management programme. This early consideration is recommended as radioactive waste management programmes are one of the few places where safeguards on nuclear material may be terminated under certain circumstances. The publication is intended primarily to be of use to waste management professionals for any facilities that handle safeguarded nuclear materials; policy makers responsible for waste management decisions; safeguards professionals involved in the application of safeguards to waste packages and facilities at the State or International level. |
![]() Colección de informes técnicos 398 (Rev. 1) STI/DOC/010/398 (Rev. 1), 322 pp.; 29 figures; 2025 |
![]() Safety Reports Series No. 125 Establishing a well-defined, well-organized and clear regulatory review and assessment process at each licensing step is key to achieving the highest level of safety throughout the lifetime of a nuclear power plant. Reflecting a project management approach adopted in many States, this publication provides practical guidance for the planning, management and conduct of the review and assessment by regulatory bodies of applications for authorization. It is intended for the managers and staff of regulatory bodies of States, particularly those embarking on a nuclear power programme, who are involved in the regulatory review and assessment process. |
![]() IAEA Analytical Quality in Nuclear Applications Series No. 75 IAEA/AQ/75, 125 pp.; 86 figures; 2025, English. 0.00 Euro. Date of Issue: 1/31/2025. |
![]() IAEA Nuclear Energy Series No. NR-T-1.23 The aim of the publication is to provide an overview on the current knowledge, up to date best practices, experiences, benefits and challenges related to the subject approaches on instrumentation and control (I&C) systems life cycle management. This includes the coordination of life cycle management methods applied to I&C systems and those applicable to any safety systems that they might interconnect or otherwise interface with. The report is intended to be used by Member States to ensure that appropriate considerations are made to support the introduction of life cycle management approaches for all relevant stakeholders involved in the development of I&C for nuclear facilities and to discuss how these activities can support their safe, reliable and long-term operation. The publication is intended for all personnel involved in the design, development, verification and validation, manufacturing, licensing, operation and maintenance of nuclear power plant instrumentation and control systems and equipment. |
![]() IAEA TECDOC Series No. 2079 In March 2023, the IAEA organized a Technical Meeting on the Safety Approach for Liquid Metal Cooled Fast Reactors [LMFRs] and the Analysis and Modelling of Severe Accidents. This publication summarizes the material that was presented during this meeting, related to the analysis and modelling of severe LMFR accidents. It covers knowledge on the physical phenomena and the development of models and numerical tools, and their validation through experimental data related to the progression of severe accidents. This publication is intended for public and private sector organizations developing LMFRs, research facilities, organizations responsible for designing LMFRs, operators and contractors, including prospective operators, and regulatory bodies. |
![]() Collection Sécurité nucléaire de l’AIEA Nº 40-T STI/PUB/1875, 211 pp.; 54 figures; 2025 |
![]() Seriya norm MAGATE po bezopasnosti No. SSG-65 STI/PUB/1960, 107 pp.; 2 figures; 2025 |
![]() Colección de normas de seguridad Nº GSG-16 STI/PUB/1979, 111 pp.; 1 figures; 2025 |
![]() Collection normes de sûreté Nº GSG-14 STI/PUB/1902, 106 pp.; 2 figures; 2025 |
![]() Colección de normas de seguridad Nº SSG-26 (Rev. 1) STI/PUB/1953, 531 pp.; 16 figures; 2025 |