1. Uuganbaatar Batdorj Radiation Control Laboratory National Reference Laboratory for Food Safety (11 August to 7 November 2015)

2. Mongolia  Area 1,564,116 km 2  Population 3.040 million  19 th biggest country in the world  2 nd landlocked country  Border length  China 4677 km  Russia 3543 km  Kazakhstan 36 km far away  645 km nearest distance to the sea  Highest point 4374 metres  Lowest point 518 metres  Average elevation 1580 metres

3. Ulaanbaatar

4. Ethnic Groups

5. Mongolian script

6. Khuvsgul Lake

7. Gobi Desert

10. Extinct Volcano

11. Mongolian Traditional Dwelling

12. Mongolian Cuisine

13. Milk products

14. Mongolian Naadam

18. What I did at RCARO  Review of RCA website  Review of RCA success stories  Collecting data about PEMSEA  Participate in RCARO/KAERI Regional Workshop on Radiation Technology and its Application 2015

19. Review of RCA website Should be added view command.

20. Review of RCA success stories  RAS/1/012 Characterizing and Optimizing process Dynamics in Complex Industrial Systems Using Radiotracer and Sealed Source Techniques  RAS/1/013 Supporting Advanced Non-Destructive Examination for Enhanced Industrial Safety, Product Quality and Productivity  RAS/5/057 Implementing Best Practices of Food Irradiation for Sanitary and Phytosanitary Purposes  RAS/6/061 Improving Cancer Management with Hybrid Nuclear Medicine Imaging  RAS/6/063 Strengthening the Application of Nuclear Medicine in the Management of Cardiovascular Diseases  RAS/6/064 Building Capacity with Distance Assisted Training for Nuclear Medicine Professionals

21. PEMSEA The Partnerships in the Environmental Management for the Seas of East Asia (PEMSEA) is a partnership arrangement involving various stakeholders of the Seas of East Asia, including national and local governments, civil society, the private sector, research and education institutions, communities, international agencies, regional programmes, financial institutions and donors. It is also the regional coordinating mechanism for the implementation of the Sustainable Development Strategy for the Seas of East Asia (SDS-SEA) Objectives To strengthen consensus among partners on approaches and strategies for addressing the identified threats to the environment and sustainable development of the Seas of East Asia To build confidence among partners through collaborative projects and programmes To achieve synergies and linkages in implementing the SDS-SEA among partners To reduce in-country and regional disparities in capacities for sustainable coastal and ocean development and management

22.  Core Operations Consisting of activities that directly assist countries on national policy reforms, scaling up of ICM programmes at the national and local government levels, technical cooperation in integrated and ecosystem-based management of watersheds, estuaries and adjacent coastal seas.  Supporting Activities Consisting of activities related to the development of core human, financial, scientific, technical, legal and information resources which are necessary for the satisfactory performance of the programmes, and those that facilitate sustainability of the SDS-SEA initiatives.  Partnerships Twelve stakeholder organizations signed the Partnership Operating Arrangements in December 2006, thus becoming the first group of nongovernmental organizations to be formally recognized as PEMSEA Partners for the implementation of the SDS-SEA. Eight stakeholder organizations later joined the partnership. The 20 PEMSEA Partners include:  Collaborators Department of Sustainability and Environment, Victoria, Australia National Oceanic and Atmospheric Administration, United States Department of Commerce Victorian Coastal Council, Victoria, Australia

23. 2015 RCARO/KAERI Regional Workshop on Radiation Technology and its Application

24. 1Introduction 1.1Introduction to RCARO 1.2Status of Radiation Industries in Korea 2Radiation Policies, Safety and Protection 2.1Nuclear Radiation Application Policy in Korea 2.2Radiation Protections & Management 3Research Reactor Technology 3.1Overview of Research reactor ‘HANARO’ 3.2Introduction to new Research Reactor Project in Korea 3.3Radioisotope Production and application 3.4Neutron Instrument Development 3.5Neutron Beam Application 3.6Use of Neutron Irradiation Technology 4Radiation Technology and its Applications 4.1Non-Destructive Testing 4.2Linear Accelerators 4.3Radiation and Cancer Treatment 4.4Radiopharmaceuticals 4.5Radiation Biology 4.6Human Effect of Radiation 4.7Radiation Technology Application for Agriculture 4.8Drug Evaluation 4.9Cyclotron and its Application 4.10Radiation Measurement Instruments 4.11Radiation Application for Environmental Conservation 4.12Radiation Processing for Polymeric Materials and its Industrial Applications 4.13Electron Beam Application 5Other Activities (Field Trip, Culture Tour, and Country Reports) KAERI (HANARO, RI production Fac., Cyclotron center, nano-ptl’s fab, Co-60, RI-biomics center, Radiation Breeding center) KIRAMS (Cyber knife, PET center), National Cancer Hospital, SAMSUNG digital city, Jeonju Traditional village, etc.

25. Thanks  I am very much thankful to the whole staff of RCARO, who were extremely kind, hospitable and helpful during my whole period of stay here.

26. Thank you for your attention