CALCULATION OF RADIONUKLIDA FORMATION ON ION CYCLOTRON SOURCE COMPONENTS

Silakhudin Silakhudin, Pusat Teknologi Akselerator dan Proses Bahan BATAN, Indonesia

 10.21831/jps.v18i2.2139

Abstract


This paper presents a prediction of radiation exposure on particle accelerator of cyclotron type that was began with calculation of radionuclides formationon ion source component has been done. The objectives of research are to identify the formation of radionuclides and probability of its radial distribution on ion source component. The methods of this research are to identify proton nuclear reaction with ion source component, determine of ion energy as radius function then converted to nuclear reaction cross section versus radius, and to determine the relation of ion beam transmission coefisient as function of radius. The  probability of radionuclide formation  can be determined with multiplying the reaction cross section and  transmission coeffisient on certain radius. The result showed that the  65Zn and 63Zn radionuclides are important to be considered at the radius of several centimeters towards the extraction radius which  location at maximum yields of radionuclides formation of 100% relatively  on the radius of 36 cm and 38 cm respectively.


Keywords


Cyclotron; ion source; radionuclides formation

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References


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DOI: https://doi.org/10.21831/jps.v18i2.2139

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