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Near-field enhancement value calculated in the point p 1, as a function of the eccentricity in the three axes.
A 106 enhancement value is obtained from conditions in which d = 2R, corresponding to 103 times the value obtained for d = 4R.
Increasing the nanoparticle concentration increased the CHF continuously up to a certain concentration, and thereafter, the CHF remained more or less constant at the maximum enhancement value.
Under the optimized conditions, the fluorescence enhancement value is directly proportional to the concentration of cysteine in the range 2 12 μM, with a detection limit of 30 nM (S/N = 3).
Under the optimized conditions, the fluorescence enhancement value is directly proportional to the concentration of GSH in the range of 0.5 6 μM, with a detection limit of 43 nM (k = 3).
Near-field enhancement profiles along the eccentricity axis, calculated for nanoshells with the core displaced in the a X, b Y, and c Z axes Fig. 5 Near-field enhancement value in a point as a function of the eccentricity.
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A preliminary dynamic contrast-enhanced MRI study has documented normalisation of peak enhancement values following therapy [ 19].
However, both nanoparticle shapes have shown comparable average enhancement values in their near vicinity.
The Vickers microhardness measurement showed certain enhancement values for both remelted coatings.
Parallelepiped-shaped nanoparticles were shown to yield maximal enhancement values by an order of magnitude greater than their semi-ellipsoid-shaped counterparts; however, both nanoparticle shapes have demonstrated comparable effective electrical field enhancement values.
The whole set of maximal electric field enhancement values obtained for each of the nanoparticle geometries is presented in Figure 7.
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