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This wavelength is expected to correspond to the Au NPs' size for the minimum absorption bandwidth.
We find that the nanoparticle sizes that have been reported to produce the optimized effect on cancer cells are of minimum absorption bandwidth and optimized electric field magnitude.
c TEM sample for the 22.4-nm Ag NPs at minimum absorption bandwidth in b. d Theoretical curves computed from Eq. 3.
From the experimental results of Link and El-Sayed (1999a), the minimum absorption bandwidth for Au is visibly at the NPs' size of 21.7 nm.
It is the electric field (E) effect that appears to identify positively with the characteristics and parameters in question, especially the issue of the minimum absorption bandwidth.
It is noted that there is excitation wavelength (λp = λmin = 568 nm) for which the minimum absorption bandwidth occurs, just as in the NPs' size effect.
Similar(46)
These values are in good agreement with the experimental values, therefore, confirming that the NPs' sizes for the minimum absorption bandwidths lie within the 10 30 nm range.
The concern in this paper is about the phenomena that would justify the influence of the minimum absorption bandwidths on the metal NPs' sizes of different shapes in the EMF therapy.
Equation (4), derivable from Eq. (3) (Ochoo et al. 2012), is used here to confirm and validate the actual metal Au, Ag and Cu NPs' sizes of the minimum absorption bandwidths.
With this condition, the spherical NPs' sizes with minima absorption bandwidths would be given by Eq. 5.
Based on the parameters of the model, the optimized condition would be achievable with NPs' sizes of the minimum absorption spectral bandwidth, whose calculated theoretical values we have found to be 19.4, 21.7 and 24.0 nm for the Cu, Au and Ag nanospheres, respectively.
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