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Quantitative absorption strength measurements indicate that either absorption line strengths for this transition ar...
This comparison reveals accurately modeled spectra in terms of magnitude and position of solute absorption bands.
It is thought that the spectrum may have some weak absorption line features.
Thus the observed spectral signatures can be directly related to absorption spectra of atmospheric constituents.
These estimated values correspond well to those obtained from the standpoint absorption spectra.
The calculated results could essentially explain the measured absorption spectra and loss spectra.
This interpretation is shown to be consistent also with the absorption spectra.
The results show that our method produces satisfactory deconvolved results for both single- and multiple-line absorption spectra.

Related Questions

Can i see that absorption of heavy metal?4 answersThe absorption of heavy metals can be observed in various contexts. In one study, the leaves of Saraca asoca and Syzygium cumini plants were examined for the absorption of heavy metal components using Inductively Coupled Plasma Mass Spectrometry (ICP-MS). Another study focused on the synthesis of KH570-modified magnetic hydrogel nanocomposite absorbents for the absorption of heavy metal ions from contaminated wastewater. Additionally, spectrographs were used to identify and characterize absorption lines of heavy elements in the near-infrared range, providing insights into the chemical evolution of galaxies. An online atomic absorption spectroscopy system was developed for the detection and analysis of heavy metals. Finally, a heavy metal absorption and purification system was designed using electrostatic adsorption principles. These studies demonstrate different approaches to observing and analyzing the absorption of heavy metals in various contexts.
Can Atomic Absorption Spectroscopy be used for desalination studies?5 answersAtomic Absorption Spectroscopy (AAS) has been widely used for the analysis of various elements in different matrices, including food products. It has also been applied for the determination of metallic and nonmetallic elements in vegetable oils and animal fats. However, none of the abstracts provided specifically mention the use of AAS for desalination studies. Therefore, based on the information available, it cannot be concluded whether AAS can be used for desalination studies or not. Further research or information from other sources would be needed to determine the applicability of AAS in desalination studies.
How does fluorescence spectroscopy read absorbacne of samples?4 answersFluorescence spectroscopy reads the absorption of samples by using an excitation light source to illuminate the sample with different wavelengths or intensities. The fluorescence emitted by the sample is then detected by a fluorescence detector. The detected signal is processed and analyzed to determine the absorption and fluorescence properties of the sample. This is achieved through correlation analysis of the fluorescence fluctuations at different excitation wavelengths and the corresponding detection results. By sequentially illuminating the sample with different wavelengths and measuring the absorption and fluorescence signals, the system or method can provide information about the composition and concentration range of the sample. Additionally, in the case of strongly fluorescent compounds, errors in absorbance measurements can arise from the emission reaching the detector, which needs to be accounted for in the analysis.
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