[en] 1. Conceptual design of fusion reactor A major objective of the present study was to determine the key materials requirements and to assess the potential of the candidate materials for the first wall/blanket of TFPR. A qualitative and methodological study for the conceptual design has been emphasized rather than quantative calculations. It seems that such activities in our fusion research program is a shortcut to follow the present status of the fusion research in the developed countries. 2. Small Research Construction A small research tokamak device (R=27cm, a=5cm) KAERI have been constructed during the years of 83 and 84 as a part of fusion research program. In this year manufacturing and winding of the toroidal magnet composed of 28 D-shaped toroidal field coils are accomplished. The toroidal field strength at the plasma center will be 4 tesla and the resistance and inductance of the toroidal magnet are 46 mohm and 6.6 mH respectively. Two solenoid type O.H. coils and four equilibrium field coils are also fabricated. The electromotive force of the O.H. coils is 1.2x10⁵ AT and the equilibrium plasma current will be about 100 KA. 3. Construction of D-T Neutron Generator A precision emittance measuring system using multi-slit and a W-wire scanner was designed and fabricated. The beam emittance of the 3 extraction electrode ion source was 25-30 mm mrad, about 1/3 of the maximum permissible design value. A magnet quadrupole doublet was also fabricated and its magnetic and optical properties are investigated. (Author)