• Share
  • Email
  • Embed
  • Like
  • Save
  • Private Content

Loading…

Flash Player 9 (or above) is needed to view presentations.
We have detected that you do not have it on your computer. To install it, go here.

Like this document? Why not share!

Success Story-AUS (III)

on

  • 1,266 views

 

Statistics

Views

Total Views
1,266
Views on SlideShare
1,266
Embed Views
0

Actions

Likes
0
Downloads
2
Comments
0

0 Embeds 0

No embeds

Accessibility

Upload Details

Uploaded via as Adobe PDF

Usage Rights

© All Rights Reserved

Report content

Flagged as inappropriate Flag as inappropriate
Flag as inappropriate

Select your reason for flagging this presentation as inappropriate.

Cancel
  • Full Name Full Name Comment goes here.
    Are you sure you want to
    Your message goes here
    Processing…
Post Comment
Edit your comment

    Success Story-AUS (III) Success Story-AUS (III) Document Transcript

    • AUSTRALIA PROJECT ACTIVITIES - 1999 RAS/06/029 : Distance Assisted Training for Nuclear Medicine Technologists The objectives of the project are to provide a comprehensive set of training materials which can be used for the practical training of Nuclear Medicine Technologists. In the first phase of the project training materials were trialled with a small number of students. In the second phase, which commenced in July 1999, the materials are being extended and evaluated using the same students. The materials consist of approximately 2000 pages to be studied over two years. The second phase of the project also involves implementing the program in 9 countries in the Asian region: 100 students are commencing the course in English, in seven RCA countries, with a further 140 students in China and 54 students in Korea about to commence using translated versions. Sister projects are now established in Latin America and Africa as part of an inter-regional project. Translation to Spanish and Portugese is underway and translation to French will commence in 2000, for use primarily in North Africa. Twenty-two students will study the English version in central Africa with coordination from South Africa. As an option, Sydney University will offer an external examination, with successful students offered a Faculty Diploma and credit towards a degree in Nuclear Medicine Technology, with further study available on a fee-paying basis. RAS/8/080 : Management of the Marine Coastal Environment and its Pollution Significant progress has been made in the four components of this project. The Philippines Nuclear Research Institute (Dr E Duran) working with the IAEA Marine Environmental Laboratory has made major progress in assembling a Database on Marine Radioactivity for the Region. Progress was reviewed at a Meeting in Islamabad hosted by the Pakistan Institute of Nuclear Science and Technology. The on-going development of the database, as well as the investigation of the fate and behaviour of pollutants will depend on expanding capabilities within the Region for measuring levels of radionuclides at environmental levels. A Regional Training Course on Marine Radioactivity to be hosted by OAEP has been designed to enhance these capabilities. It will be implemented in March 2000. It is widely recognised that one of the major environmental threats to the Region is the outflow of pollutants from land based activities into the coastal zone. Isotopic techniques can be used to identify the sources of organic pollutants which is an essential prerequisite to dealing with the problem. A Regional Training Course on the Application of Stable Isotope and Direct 106
    • 14 CO2 Absorption Techniques in the Analysis of Marine Pollutants was hosted by Pinstech during October 1999. The work described above is principally concerned with recording baseline levels of marine radioactivity and establishing the sources of marine pollutants. To predict the impact of the pollutants on the coastal zone, it is necessary to have the capability of modelling their transport in the marine environment. A sub-project on the Applications of Nuclear and Modelling Techniques to Sustainable Development in the Coastal Zone is designed to address this issue. A regional Training Course on Advanced Environmental Modelling and Verification was hosted by ANSTO and Unisearch Water Research Laboratory, November 1998. Two training/demonstration programs will follow. The first involves the application of modelling and tracer validation to the migration of sand and sediment at the Port of Songkhla. Modelling work has commenced and a tracer study is being implemented by ANSTO, OAEP and the Harbour Authority. The radiotracer Ir-192 was chosen and the injection undertaken during November 1999. The outcomes of the modelling and tracer exercises will be the subject of a Workshop to be hosted by OAEP and the Prince of Songkhla during May 2000. An ANSTO expert undertook a mission to Malaysia in September 1999 to study the source of siltation at TNB Kapar Power Station using radiotracer and modelling techniques. One of the major sources of effluent release to the coastal zone is through sewage outfalls. A Regional Workshop on the application of modelling and tracer technology to the dispersion of sewage effluent will be hosted by BARC in April 2000. One of the major regional problems to which the skills and capabilities developed in this project can be applied is associated with Harmful Algal Blooms (HAB). The Philippines is playing a lead role in these investigations. The Project is contributing in a number of areas including: a) developing a local capability for a rapid assay technique based on radiolabelled saxotoxin; b) obtaining archival information on the history of HAB occurrences over the past 100 years; and c) development of predictive models of the behaviour of Algal Blooms. A Regional Training Course on Sedimentation and Algal Cyst Studies was hosted by ANSTO and the University of Tasmania in July 1999. The overall achievements of the Project were reviewed at a Meeting of Lead Countries hosted by the IAEA in Vienna 20 to 23 July 1999. 107