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Mathematically, Hooke's law states that the applied force F equals a constant k times the displacement or change in length x, or F = kx.
This means that the applied amount of ozone could oxidize even more concentrated dyes.
We assume that the applied electric field is oriented along (0, 0, −z).
This implies that the applied He+ ion fluence range is similar for both discussed areas.
The results further suggest that the applied footprint model provides accurate footprint estimates.
This study shows that the applied shielding attenuates efficiently high-energy electrons.
Toxicokinetic data from rats and humans indicate that the applied uncertainty factors are very conservative.
It is found that the applied damping has crucial impacts on the energy conversion process.
The simulations clearly showed that the applied displacement is the most influential parameter.
It wasn't even until 2001 that the applied formally for the registrations, which continue to be pursued.
Our findings reveal that the applied current density during the fabrication process is a decisive factor.
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