3 research outputs found
Analysis of UV spectral bands using multidimensional scaling
This study describes the change of the ultraviolet
spectral bands starting from 0.1 to 5.0 nm slit width
in the spectral range of 200–400 nm. The analysis of the
spectral bands is carried out by using the multidimensional
scaling (MDS) approach to reach the latent spectral background.
This approach indicates that 0.1 nm slit width gives
higher-order noise together with better spectral details. Thus,
5.0 nm slit width possesses the higher peak amplitude and
lower-order noise together with poor spectral details. In the
above-mentioned conditions, the main problem is to find the
relationship between the spectral band properties and the slit
width. For this aim, the MDS tool is to used recognize the
hidden information of the ultraviolet spectra of sildenafil citrate
by using a ShimadzuUV–VIS 2550, which is in theworld the best double monochromator instrument. In this study, the
proposed mathematical approach gives the rich findings for
the efficient use of the spectrophotometer in the qualitative
and quantitative studies
Analysis of UV spectral bands using multidimensional scaling
This study describes the change of the ultraviolet spectral bands starting from 0.1 to 5.0 nm slit width in the spectral range of 200–400 nm. The analysis of the spectral bands is carried out by using the multidimensional scaling (MDS) approach to reach the latent spectral background. This approach indicates that 0.1 nm slit width gives higher-order noise together with better spectral details. Thus, 5.0 nm slit width possesses the higher peak amplitude and lower-order noise together with poor spectral details. In the above-mentioned conditions, the main problem is to find the relationship between the spectral band properties and the slit width. For this aim, the MDS tool is to used recognize the hidden information of the ultraviolet spectra of sildenafil citrate by using a Shimadzu UV–VIS 2550, which is in the world the best double monochromator instrument. In this study, the proposed mathematical approach gives the rich findings for the efficient use of the spectrophotometer in the qualitative and quantitative studies