1 / 21

Joint Institute for Nuclear Research Flerov Laboratory of Nuclear Reactions

Joint Institute for Nuclear Research Flerov Laboratory of Nuclear Reactions. Participants. Valeriya Maljavko (Blr). Roman Sverdlov (Blr). Ivan Chagarin (Blr). Darya Adamchuk (Blr). Olga Popkova (Blr). Supervisor. Ph. D. Oleg Dmitrievich Maslov, FLNR.

elata
Download Presentation

Joint Institute for Nuclear Research Flerov Laboratory of Nuclear Reactions

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Joint Institute for Nuclear Research Flerov Laboratory of Nuclear Reactions

  2. Participants Valeriya Maljavko (Blr) Roman Sverdlov (Blr) Ivan Chagarin (Blr) Darya Adamchuk (Blr) Olga Popkova (Blr) Supervisor Ph. D. Oleg Dmitrievich Maslov, FLNR

  3. Ion Exchange Separation of Cadmium and Rare Earth Elements Sector №8 Track Analysis of Uranium

  4. Scientific Problem: Cadmium purification Application: Possibility of 117mSn production from 116Cd on the 116Cd(α, 3n)117mSn reaction

  5. Equipment that was used Microtron MT-25

  6. Ion-exchange column Lavsan detector Gamma spectrometer With HP Ge detector

  7. Experimental Technique • To estimate the ion exchange separation of cadmium and rare earth elements, the mixture of CdSO4 with DyCl3 and NdCl3 has been irradiated at the Microtron MT-25by the bremsstrahlung beam of 22 MeV with the current of 5 µA during 2 h • Separation of Cd and rare earth elements by using ion-exchange column filled with anion-exchange resin Amberlite (IRA-401) in the presence of 2,5; 0,25; 0,02 mole/liter HCl was carried out • Activity of the irradiated mixture was measured by HPGe detector of the gamma spectrometer of FLNR, JINR with the energy resolution of 1,5 keV at gamma lines of 1333 keV for 60Co radionuclide • Track analysis of uranium was made in the received samples. The fission fragments produced by photons were recorded by lavsan detector (U(, f))

  8. Separation of cadmium and rare earth elements by the use of anion exchange column

  9. The gamma spectrum of the NdCl3 and DyCl3

  10. The gamma spectrum of Cd separated from Dy and Nd

  11. Track analysis of uranium

  12. Conclusion These experiments have shown a possibility of ion exchange separation of cadmium and rare earth elements for 117mSn radionuclide production. The content of uranium has been determined with the help of track method in the received samples.

  13. Special thanks Ph. D. Gospodin Bozhikov Ph. D. Marina Gustova M. Sc. Mario Philippov Ph. D. Anatolij Belov

  14. Thank you for attention!

More Related