CLINOPTILOLITE UNDER THE INFLUENCE OF PERMANENT MAGNETS AS A SORBENT FOR CESIUM, STRONTIUM, AND COBALT

The work examined the infusion of permanent NdFeB magnets into radionuclides (Cs, Sr, Co) sorption by clinoptilolite and composite sorbents based on zeolites.When magnets were poured onto the sorbent, during the sorption process for clinoptilolite, the sorption of cobalt increased by 10%, and strontium sorption increased by 17%.For composite sorbents, no increase in sorption of radionuclides was observed.This is associated with a portion of clinoptilolite in the warehouse, a sorbent, and a suitable place for release.The analytical part was formed using the PIXE method at the Sokil analytical nuclear physics complex.

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Publication Details

Published
2025-05-21
DOI
https://doi.org/10.46813/pc-hepnp/2025-174
Primary Topic
Cloud Computing and Resource Management
Type
article
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article

CLINOPTILOLITE UNDER THE INFLUENCE OF PERMANENT MAGNETS AS A SORBENT FOR CESIUM, STRONTIUM, AND COBALT

Cloud Computing and Resource Management
article

CLINOPTILOLITE UNDER THE INFLUENCE OF PERMANENT MAGNETS AS A SORBENT FOR CESIUM, STRONTIUM, AND COBALT

article en

Abstract

The work examined the infusion of permanent NdFeB magnets into radionuclides (Cs, Sr, Co) sorption by clinoptilolite and composite sorbents based on zeolites.When magnets were poured onto the sorbent, during the sorption process for clinoptilolite, the sorption of cobalt increased by 10%, and strontium sorption increased by 17%.For composite sorbents, no increase in sorption of radionuclides was observed.This is associated with a portion of clinoptilolite in the warehouse, a sorbent, and a suitable place for release.The analytical part was formed using the PIXE method at the Sokil analytical nuclear physics complex.

Kharkiv Institute of Physics and Technology (UA)
Openalex Percentile: Top 35%
Cloud Computing and Resource Management
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