Login / Signup

Study of fast and slow consecutive processes by heterogeneous isotope exchange using P-32 radiotracer.

Noémi M NagyJózsef Kónya
Published in: Journal of radioanalytical and nuclear chemistry (2018)
The sorption of phosphate on soils is studied by radioisotopic tracer method. Two consecutive processes with rather different rates were differentiated: namely the heterogeneous isotope exchange between the phosphate in the soil solution and the weakly sorbed phosphate (fast reaction), and the transformation of weakly sorbed phosphate to tightly sorbed phosphate (slow reaction). In this paper, it is shown how the rate constants of these two processes can be determined by a radiotracer with a relatively short half-life.
Keyphrases
  • pet imaging
  • heavy metals
  • risk assessment
  • mass spectrometry
  • high resolution