Modeling the UV-visible spectroscopic data of an aromatic hydrocarbon mixture to solve the problem of gas mixtures

The information data obtained from the spectra of the sensors were combined, which allowed us to build a matrix including thousands of spectrum-simulating gas mixtures, taking into account the presence of different components in several concentrations. Signal process technique and experimental design were utilized all the way for simulating spectral datasets. Particularly, the purpose of the simulation is for database creation for the evaluation of the final detection system for mixtures of gases (aromatic hydrocarbons). The dependable components of a fluorescent read platform are a light source for fluorescence excitation and for isolating the filtered fluorescent light from the excitement light and image detector. However, this technique has several limitations because of the need to utilize many chemo-sensor elements at the same time, which make titration complicated. This is needed to search for another way to overcome complications. In our study, certain filters were used to solve the problem of fluorescence spectroscopy.

کلیدواژه ها:

(UV-Visible) spectra ، Aromatic hydrocarbons ، filter ، Noise