| Title |
Analysis of the Operational Characteristics of Superconducting Power supply Considering the structure of the Sheets |
| Authors |
김호민(Kim, Ho-Min) ; 윤용수(Yoon, Yong-Soo) ; 안민철(Ahn, Min-Cheol) ; 고태국(Ko, Tae-Kuk) ; 한태수(Han, Tae-Su) ; 오상수(Oh, Sang-Soo) |
| Keywords |
Discrete-sheet type ; continuous-sheet type ; pumping-rate |
| Abstract |
This paper deals with comparison of characteristics of continuous-sheet type low-Tc superconducting (LTS) power supply and discrete-sheet type LTS power supply. These characteristics have been analyzed through experiments. These power supplies consist of two exciters, a rotor, a stator, and a LTS load. A continuous-sheet type has a single continuous niobium (Nb) sheet attached to the inner surface of on the stator. In the case of discrete-sheet type, four separated Nb sheets are used. this experiment is using 1.81 mH LTS magnet load and maximum 30 A dc exciter current. A discrete-sheet type is expected to produce much better pumping rate than a continuous-sheet type. The experimental observations have been compared with the theoretical predictions. In this experiment, the maximum pumping-current has reached about 926 A. |