부산대학교 도서관

The systematic performance of circuit computations for closed gas turbines can be considerably simplified by the application of electronic computation methods. The advantages of such a procedure are particularly great if the possible various work media and their real behavior are taken into consideration. This seems to be useful for one-circuit equipment with gas-cooled reactors. The computation of the work process of closed gas turbines can be reduced to a few calculation procedures which are repeated. The real behavior of the media was recorded and such procedures were established and made accessible for electronic computation for the gases helium, nitrogen, and carbon dioxide. By joining these individual calculation programs, a complete computation of the circuit is possible. Complete circuit programs are assembled for some important types of procedures. (auth)