A study on thermodynamic and Transport properties of pure liquids And binary mixtures comprising Homologous polar aprotic liquids with Toluene and 2 methyl 2 propanol

Abstract

Liquids in pure form have wide range of applications that includes newlineAutomotives pharmaceuticals agrochemicals etc However mixtures of pure newlineLiquids binary ternary have been preferred in a number of engineering and newlinescientific applications such as chemical industries engineering design and for newlinesubsequent operations heat transfer mass transfer and fluid flow Furthermore newline mixing volume effects of mixtures received greater attention newlinefrom both theoretical as well as practical applications which include paints newlinevarnishes and printing ink industries Thus the research work on pure liquids newlineand liquid mixtures are never ending The intermolecular interactions in pure newlineliquids and binary ternary mixtures are estimated by various physical methods newlinesuch as Infrared Raman effect Nuclear magnetic resonance Dielectric newlineUltraviolet and Ultrasonic method Among these ultrasonic method was newlinefound to be accurate and sensitive and used by many researchers in the past to newlineelucidate molecular interactions in liquids and in binary ternary mixtures newlineUltrasonic studies of binary and ternary mixtures have been preferred in many newlinediversifying fields such as Brilliouin scattering spectroscopy biomedical newlineresearch medical imaging leather industry pharmaceutical industry and newlinemany others Furthermore in the chemical industry information on density newlineand viscosity of the liquid mixtures are vital in different applications that newlineinclude surface facilities pipeline systems and mass transfer operations etc newline newline