The author states
that in order to verify that such a magnetic effect is actually playing a role
it could be interesting to try to correlate eventual changes in the magnetic
field strength produced during the year at different latitudes with variations
in the rates of the depletion-recovery cycle of the ozone.
I currently work as research scientist at:
University of Extremadura, BADAJOZ (Spain)
I also belong to:
University of Extremadura, BADAJOZ (Spain)
I also belong to:
- Atmospheric Physic Group, University of Granada, GRANADA (Spain)
- Geophysics Centre of Évora, University of Évora, EVORA (Portugal)
Please feel free to contact me by e.mail: mananton(at)unex.es
27/12/12
Some new questions about the ozone layer
A recent paper
published in Green and Sustainable Chemistry by Dr. González-Velasco explains the
depletion-recovery cycle of the ozone layer on the basis of the paramagnetic or
diamagnetic of oxygen, ozone, nitrogen oxides and chlorine combinations. Thus, the
effects of the Earth’s magnetic field on gaseous fluxes polar and
equatorial-wards could give a novel explanation of the seasonal, latitude and
altitude variations in the ozone concentration. Furthermore, changes in the
magnetic field strength could also have an influence on the equilibriums of
chemical or photochemical reactions participating in those mechanisms related
to ozone layer.