The electrochemical degradation intermediates of the MG solution are identified by high-performance liquid chromatography/mass spectrometry (HPLC/MS).
Silver nanoparticles in solution were identified by the appearance of a peak at 440 nm in the visible region of the spectrum.
The peaks of the sample solution were identified by comparison of the retention time with those corresponding authentic samples run individually.
In this study, degradation products in direct ozonation of 2-chlorophenol in aqueous solution were identified by employing the chemical derivatization technique, specifically, silylation.
The robust solution was identified by the highest accomplishment with the water quality at monitoring stations that were improved uniformly with this solution.
Requirements and usage scenarios Many requirements for interoperable solutions were identified by Petcu (2013).
The most suitable solutions are identified, by highlighting the key features of each shield (material and geometry).
The role of pH of metal and ligand solutions was identified by strong contribution in development and formation of deposited Co II -8-hydroxyquinolateCo II -8-hydroxyquinolateCo II -8-hydroxyquinolate
Based on classification methods in data mining, optimized solutions were identified by direction calculations of relevant matrices and multi-category network attacks are analyzed by multi-objective mathematical programming model [11].
Key barriers and potential solutions were identified by performing content analysis of the interview transcriptions.
