NUCLEAR REACTOR MELTDOWN LIST HOW TO
NUCLEAR REACTOR MELTDOWN LIST MANUALS
NUCLEAR REACTOR MELTDOWN LIST SOFTWARE
NUCLEAR REACTOR MELTDOWN LIST SIMULATOR

You will then receive an email from the IAEA with instructions on how to download all the simulators from our SharePoint website.Nuclear power plants generate electricity by using controlled nuclear fission chain reactions (i.e., splitting atoms) to heat water and produce steam to power turbines. Box 100, Vienna International Centre, A-1400 Vienna, Austria. Step 3: Scan and send the completed form to the competent official authority (Ministry of Foreign Affairs, National Atomic Energy Authority, or to the applicant's Member State Permanent Mission to the IAEA in Vienna, Austria) for their approval and signature (stamp).Īfter this the Permanent Mission will then forward the approved request to Official Mail, the International Atomic Energy Agency, P.O.

NUCLEAR REACTOR MELTDOWN LIST SIMULATOR

Step 2: Download and fill out this simulator request form.

This is necessary in order to obtain access to our SharePoint website, where all the simulators are hosted.

Step 1: Create a Nucleus login ID by registering on the IAEA's Nucleus website. Kindly follow these simple steps in order to obtain the complete suite of IAEA PC-Based Simulators: Furthermore, the IAEA sponsors training courses and workshops on a regular basis, and would also be willing to support additional training events on this topic at the request of Member States. These simulators, including the associated documentation, are distributed at no cost to interested parties in IAEA Member States. The application of the simulator programs is limited to providing general response characteristics of selected types of power reactor systems and they are not intended to be used for plant-specific purposes such as design, safety evaluation, licensing or operator training. The preferred audience, however, are faculty members interested in developing nuclear engineering courses with the support of these very effective hands-on educational tools. The simulators operate on personal computers and are provided for a broad audience of technical and non-technical personnel as an introductory educational tool. These desktop simulator codes provide insight and understanding of the designs as well as a clear understanding of the operational characteristics of the various reactor types. High Temperature Gas Cooled Reactor (HTGR).Micro-Physics Nuclear Reactor Simulator.Conventional Pressurized Heavy Water Reactor (PHWR).Advanced BWR with Passive Safety Systems (ESBWR).Conventional Boiling Water Reactor with Active Safety Systems (BWR).Integral Pressurized Water Reactor (SMR).Advanced PWR: Two-Loop Large PWR (Korean-OPR 1000).Pressurized Water Reactor (PWR) Simulators

NUCLEAR REACTOR MELTDOWN LIST SOFTWARE

Worldwide the faculty members interested in developing nuclear engineering courses may find the IAEA simulators effective hands-on educational tools.Ĭurrently the IAEA has nuclear power plant simulation software available for distribution that simulate the behaviour of the following reactor types: The simulators operate on personal computers and are provided for a broad audience of technical and non-technical professionals, students and instructors as an introductory educational tool. These simulators provide efficient hands-on learning of the physics and engineering designs of various reactor types.

ARIS (Advanced Reactor Information System).

THERPRO (Thermo-Physical Materials Properties Database of LWRs and HWRs).

NUCLEAR REACTOR MELTDOWN LIST MANUALS

In support of human resource development in Member States the IAEA has established education and training programmes on active learning about nuclear technologies using the PC-based basic principle simulators.Īs part of this programme, the IAEA arranges for the development and distribution of its suite of PC-based basic principle simulators including the manuals and related documentation, sponsors education and training courses and workshops on physics and technology of advanced reactors, methodology on technology assessment and technology relevant databases:

Nuclear reactor meltdown list