摘要
Optimal condition for <sup>13</sup>N radioisotope production through <sup>12</sup>C (d,n) 13N within plasma focus device is investigated. As the deuteron spectrum follows the empirical power law of the form E<sup>-m</sup>, it is shown that the activity decreases by increasing the value of m. Unlike the fact that the repetition rate increases the activity, it is possible to achieve higher activities by increasing the bombardment time at a fixed repetition rate.
Optimal condition for <sup>13</sup>N radioisotope production through <sup>12</sup>C (d,n) 13N within plasma focus device is investigated. As the deuteron spectrum follows the empirical power law of the form E<sup>-m</sup>, it is shown that the activity decreases by increasing the value of m. Unlike the fact that the repetition rate increases the activity, it is possible to achieve higher activities by increasing the bombardment time at a fixed repetition rate.
作者
Maryam Saed
Mahmud Vahdat Roshan
Ayoub Banoushi
Morteza Habibi
Maryam Saed;Mahmud Vahdat Roshan;Ayoub Banoushi;Morteza Habibi(Islamic Azad University Tehran Central Branch, Tehran, Iran;School of Particles and Accelerators, Institute for Research in Fundamental Sciences (IPM), Tehran, Iran;Research Institute of Nuclear Science and Technology of Iran, Tehran, Iran;AmirKabir University of Technology, Tehran, Iran)
