Saturated organic compounds

Abstraction of an H atom from crystalline and glass-like matrices of saturated organic compounds (RH) gives rise to formation of a matrix radical R,... 

For a review of MO calculatons on saturated organic compounds, see Herndon, W.C. Prog. Phys. Org. Chem., 1972, 9, 99. 

Chemical reaction typical of saturated organic compounds, replacing one chemical group, e.g., hydrogen, by another. 

Wallington, T.J., Dagaut, P., Kurylo, M.J. Correlation between gas-phase and solution-phase reactivities of hydroxyl radicals toward saturated organic compounds, J. Phys. Chem., 92(17) 5024-5028, 1988a. 

The mechanism of Cd(II) transfer in methanol across saturated organic compounds monolayers adsorbed on the mercury electrode was also studied [71]. 

Wallington, T. J., P. Dagaut, and M. J. Kurylo, "Correlation between Gas-Phase and Solution-Phase Reactivities of Hydroxyl Radicals Towards Saturated Organic Compounds, J. Phys. Chem., 92, 5024-5028 (1988). 

Herron Evaluated Chemical Kinetic Database for the Reactions of Atomic Oxygen with Saturated Organic Compounds in the Gas Phase [172]... 

Atomic oxygen reacts with saturated organic compounds and abstracts hydrogen 6 10). Unsaturated compounds add oxygen atoms to form epoxides,... 

Radical ions are typically formed as the primary intermediate when the substrate is a neutral compound of the n-electron type. In contrast, the electron transfer to or from a saturated organic compound is usually associated with bond breaking. This has led to the term dissociative electron transfer and is observed, for example, during the reduction of alkyl halides (Equation 6.4) where it is seen that the primary organic intermediate in such cases is a neutral radical (R ) [31]. Radicals are also formed by the oxidation of anions or by the reduction of cations ... 

Herron [67] has evaluated the data for reactions of 0( P) with saturated organic compounds, data for reactions of 0( P) with methane, ethane and... 

As discussed earlier, organic compounds with double bonds, especially with chlorine, react quickly with hydroxyl radical. On the other hand, saturated organic compounds such as 1,1-dichloroethane and chloroform, are better removed by UV photolysis. Depending on the type of organic compound, initial contaminant concentration will affect the performance of the process. For high contaminant level, multiple AOPs can be used. For example, for a COD > 5000 mg/L, sequential treatment using Fenton s reagent followed by UV oxidation may be chosen. 

Actually some chemical activities as refineries are not so variable on the point of view of wastewater quality because of the large quantities of primary matter and products (Fig. 2). Near units, the UV spectrum shape often shows peaks due to the presence of additives used in the process, acting as revelatory of the organic pollution load [3], Without these compounds and considering that saturated organic compounds do not absorb, it would be difficult to use the UV signal for wastewater quality control. However, a nonparametric measurement (NPM) based on comparison of the UV absorption spectra can be used for the characterisation of wastewater quality variability [4], Obviously, as far as wastewater... 

Alkane Saturated organic compounds of general chemical formula... 

---