Topic outline
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This is a outreach contents depository.
The ANENT cordinators of each member country could upload the contents (materials), which is related with outreach activities here.
(displaying order is alphabatical order of a country name)
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Forum
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Lesson
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Glossary
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Glossary
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Glossary
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Materials from Australia
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This file guides the overall information on and links to nuclear education, training and outreach on the Australian national nuclear research and development organisation (ANSTO) website.
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Nuclear Science Inquiry Skills (Free)
In this two-lesson plus homework program your students plan and conduct an investigation first hand. This program is designed to address content and skill outcomes in the Year 9, Year 10 and Senior Physics Australian Curriculum and NSW syllabuses. Give your students access to high quality radioactive sources, instruments and scientific expertise at ANSTO.
Teachers can book this program at a time and date that suits your class, but please book at least 2 weeks before your preferred date.
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The following resources are available for this video conference.
- Student worksheet
- Equipment list
- Background reading
- Examples for teachers
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- Year 11 and 12 Chemistry, Physics, Nuclear chemical equations sheet
- Year 9 and 10 Hands-on Nuclear Science
- Year 9-10 Nuclear Science Study Guide
- Year 5-6 Investigating Electricity, Gases Teacher Notes, Irreversible Changes Teacher Notes
- K-6 Radiation from the Inside out Lesson Plans
- Cloud Chamber Teacher Notes
- Crystallography Research Stimulus and Lesson Plans
- Ultimate Science Guide
- Careers with Science
- Medical Scans Explained
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- Cloud Chamber - teachers guide
- K-6 Teachers radiation inside-out
- Hands-on radioactivity tasks
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The following posters are available.
- Periodic table of the elements
- Electromagnetic spectrum
- Chart of radionuclides
- Nuclear science in your life
- Antarctica Greenhouse gas emissions
- Chart of electromagnetic radiations
- Brain cap
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Below list of all I could see; radiation aspects in italic.
- Cancer is not a disease
- Insulin and diabetes
- The hungry microbiome
- Aquatic ecosystems
- Radiation - number 6 from the web link (in 2nd row last)
- Neutrons in research
- Radiation - number 10 from the web link (in 4th row first)
- Electromagnetic spectrum
- Nuclear medicine
- Mapping groundwater in Mozambique
- Silicon irradiation
- Science bank radioactivity - number 20 from the web link (middle in last row)
- Radiation decay - number 21 (last)
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'Half-life Hero' is a fun educational app that teaches about nuclear medicines and industrial isotopes and their benefits to society - web and app available.
'ANSTO Elementals' is a fun educational app for learning the Periodic Table. Teachers and student will find this app useful in supporting science education in the classroom and practicing on the go.
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Materials from Indonesia
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An introductory level of radiation physics. It can be used for self-learning or guided learning process.
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Materials form Japan
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Outreach material in English developed by Fukui Prefecture, Japan. It contains a lot of illustrations and cartoons to enable readers to enjoy studying the basics of radiation and NPP technologies easily (16 pages).
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This is a supplementary material on radiation for secondary school students developed by Nuclear Human Resource Development Center, Japan Atomic Energy Agency (JAEA). The PDF file size is 12,697 MB.
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This is Ms. Nam. I would like to share the pop-up book from the Women in Nuclear-Korea.
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This is pop-up book from WiN-Korea which is available to demonstrate on online. The title is Green Earth and Green Energy.
Target is for elementary school students. There are English version and Korean version.
Unzip after download the pupup book zip file above, and then run 'wink.exe'
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Buletin Nuklear Malaysia
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Materials from the Philippines which could be downloaded in your computer.
The file name is 01-Phil.zip(file size 496 Mb). After download it,
unzip it and click theAtom.exe file(see last file in below)
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File
file size : 496Mb
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This is Multimedia presentation developed by the Philippines Nuclear Research Institute (PNRI) in September 11, 2003. The contents comprise the following 6 chapters (Please refer to the attached files).
- The atom and radioisotopes
- Radiation and radioactivity
- Radiation safety
- Radioactive wastes management
- Beneficial uses of radioisotopes
- Multimedia: animations, illustrations, tables/ charts, and pictures
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Those who cannot download the CD please refer to the attached slides.
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This is Ms. Supitcha. I would like to share the 3 mobile Applications of outreach materials which developed by The Ministry of Science and Technology, Thailand institution of Nuclear Technology and Science and Technology Knowledge center. These three Mobile applications namely, Nuclear all around, Nuclear class and Radiation Now, can be downloaded from Play Store for Andriod and App Store-iTune for Apple products. Try this link of Nuclear all around ---> https://play.google.com/store/apps/details?id=th.go.most.nuclear&hl=en
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- Nuclear All Around
- Nuclear Class
- Radiation Now
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Materials from other countries
https://www.anent-iaea.org
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This film goes through our lives mostly unaware of the use of radiation technologies to make things safer, clearer and more efficient; travel by car or plane, treatment at hospital, walk over a bridge.
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Nuclear technologies benefit people everywhere. Radioactive sources area used sterilized food and medical instruments, to develop improved crops and to diagnose and treat patients. Research rectors are used in science and for producing radioisotopes for medical use and 30 countries use nuclear power for energy production. There various uses of nuclear technologies generate waste like many other processes. To ensure that it poses no risk to people or the environment now and in the future all countries using nuclear technologies have the responsibility to manage radioactive waste safely and securely.
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Food irradiation involves shining electromagnetic radiation like X-ray and gamma ray or electron beam onto food to maintain food quality, kill harmful bacteria and control insects.
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IAEA supports resources and activities for teaching nuclear science and technology in secondary schools.
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Stan Muller teaches you about energy and humanity. We discuss the ideas put forth by Alfred Crosby in his book, Children of the Sun. Historically, almost all of the energy that humans use has been directly or indirectly generated by the sun, whether that be food energy from plants, wind energy, direct solar energy, or fossil fuels. Stan looks into these different sources, and talks about how humanity will continue to use energy in the future as populations grow and energy resources become more scarce.
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Natural background "radiation" has been around since the birth of the universe.
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People are often concern about how radiation exposure may be affecting their health.
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Earth's energy balance will enable you to understand radioactive equilibrium.
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This video will show you some sights that most of us see on daily basis. However, what most of us DO NOT SEE is the invisible world of Electromagnetic Radiation (EMR) influencing our human biology.
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Detecting radiation
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This programme teaches the medical radiologic technologists to be responsible for the safe and competent operation of a wide range of X-ray generation machines, film processing units and accessory equipment.
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This film attempts to correct the negative image of radiation such as huge explosions and frightening mutations. It describes the different types of radiation: rainbows and a doctor examining of X-ray.
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Originally discovered by accident, X-rays are now used about 100 million times a year in clinics around the world.
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Anything with the word nuclear next to it usually comes with a fair bit of misunderstanding. This video demystifies the process of how nuclear fuels are turned into electricity and how we can use them in combination with renewables in order to reduce greenhouse gas emissions and the effects on the climate that comes with high level of them.
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Nuclear energy is controversial subject. The pro- and anti-nuclear lobbies fight furiously, and it's difficult to decide who is right. We're trying to clean up the issue - in this video we discuss how we got to where we are today, as the basis of discussion.
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Nuclear energy might be a failed experiment. In over sixty years technology has not only failed to keep its promise of cheap, clear and safe energy, it also caused major catastrophes and enabled more nuclear weapons while the nuclear waste problem is not still solved.
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Nuclear energy might have a lot of unused potential.
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It takes only 45 second, but is full of info-graphics technique.
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The CNSC has produced a video designed to demystify radiation -- we answer the question What Is Radiation? The video features CNSC experts explaining the basics of radiation in simple terms -- what it is, the different types, radioisotopes, and radioactive decay. So tune in and find out how jellybeans can help you understand half-lives!
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This CNSC video shows the progression of an accident scenario involving a total station blackout at a Canadian nuclear power plant. It describes multiple safety system layers and highlights that even during an extremely severe accident, nuclear reactors in Canada will safely shut down and contain radioactivity.
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