The NO destruction is closely coupled to the hydrocarbon oxidation regime, which differs depending on the hydrocarbon fuel considered, and NO is to a significant extent converted to HCN.
Hydrocarbons are considered as alternative fluids for refrigeration, air-conditioning and heat pump applications.
Biologically-derived hydrocarbons are considered to have great potential as next-generation biofuels owing to the similarity of their chemical properties to contemporary diesel and jet fuels.
This task is further complicated by the fairly large nature of the hydrocarbons commonly considered as potential surrogate components, since they typically result in large detailed reaction schemes.
Experimental temperature (T), times of adsorption (t), octane number (ON) and the density of the hydrocarbons were considered as main input variables for the model.
This task is further complicated by the diverse nature of the hydrocarbons commonly considered as potential surrogate components, since they typically result in large detailed reaction schemes.
A solvent-free method is described for the determination of 10 volatile polycyclic aromatic hydrocarbons (PAHs), considered as priority pollutants by the EU, in different herbal infusions using headspace sorptive extraction (HSSE) and gas chromatography mass spectrometry (GC MS).
Because of high toxicity and limitation in extracting various analytes of commonly used extraction solvents, two different aspects (I) the use of new solvents, typically ionic liquids and (II) the expansion of the application scope using polar and low-density organic solvents such as long-chained alcohols or hydrocarbons are considered (Yana and Wanga 2013).
Hydrocarbon fuels were considered as the primary gases.
In this paper, the pollutants, carbon monoxide (CO), nitrogen oxides (NOx), and hydrocarbon (HC) are considered as evaluation factors.
