The development of metabolic alkalosis during plasmapheresis can be explained by the large sodium citrate load given during the procedure.
This is explained by the large difference in diffusivity between martensite and austenite.
This is explained by the large recombination rate which can be diminished by an electric field.
However, the moderate impact of CO2 upon COS and HCN conversion rates might be explained by the large CO2 excess compared to COS and HCN levels.
This weak variability in case of atmospheric 14C can be explained by the large CO2 reservoir in the atmosphere with a long residence time of about 50 100 years that dilutes any variability from short-term effects18,19.
The appearance of ferromagnetism can be explained by the large density of states at the Fermi level (( E_{F} )).
This can be explained by the large number of trailing vortices and straight lines which form the wake.
And the much lower J sc can be explained by the large absorption area along the axial direction and efficient carrier collection in core-shell p-n junctions.
It can be also explained by the large amounts of building and civil engineering projects compared to other industrial construction projects, for example, chemical, and oil and gas.
This phenomenon may be explained by the large increase in thickness of ZrP nanoplatelets and the structure instability upon intercalation by 1-dodecanamine.
The large observed response spectra at the peak periods may be partially explained by the large amplification effects of the basin sediments discussed in the next section.
