Thermodynamic Study of Surface Coordination Number of Organic Solvent

Sometimes theoretical or empirical methods must be used to establish if the experimentalresults are within acceptable limiting values defined in the design specifications. For thispurpose prediction method for the surface tension of liquid metals are required [2,1]. Atheoretical method for calculating the surface coordination number of organic solvent isproposed. A recently derived equation that not allows an accurate estimate of the surfacecoordination number to be made for the large number of organic solvent. In order to increasethe validity of the model, the surface coordination number of organic solvent was calculatedin the temperature 298 K.