Object movement combination in irradiation room of the izotop^TM gamma irradiator facility design for PRFN

A systematic method to determine the combination of the movement of objects in the room irradiation on the Izotop^TM gamma irradiator design for PRFN is made. This systematic method can be used as a guide to determine the combination of the movement of objects in the irradiation room to obtain optimal movement combination. The linkage patterns of movement between outside and inside irradiation room are analyzed in order to obtain a set of segment-movement determinants. The set of segment-movement determinant is used as a reference for determining the minimum and maximum number of empty location in the motion-framework, because the movement in the motion-framework can not happen without empty location. Movement combination using a Gantt-chart and time-diagram are made for such both the minimum and maximum conditions of the empty location as for examples of movement combination created. By this technique it can be determined the other movement combinations for the number of empty location between such minimum and maximum values. The next step is that the movement combinations will become the input of a simulator program to define the DUR value of each movement combination, so that the optimal movement combination can be determined. (author)