Current Physical Chemistry - Volume 4, Issue 2, 2014

Ionic liquids (ILs) are a new generation of molten salts possessing unique physical and chemical properties, which have gained attention from the academic and industries researchers. The design of new products and processes requires the knowledge of transport and thermophysical properties, yet, due to the large number of potential ILs, their characterization by experimental means alone is not feasible. Computer si Read More

In this review, we have investigated study results of recent patents, achievements, and applications of engineered nanoparticles and nanomaterials in nanomedicine. It includes aspects of practical applications of bioconjugated and engineered nanoparticles in medicine and biology for our better life. The methods of innovative drug delivery, diagnosis, treatment, and therapy of diseases are highlighted in novel applications of nano Read More

Thermo elastic properties of materials at high temperature are directly related to the thermal pressure and volume of expansion of the materials. In the present work we have made a comparative study of temperature dependence of thermal pressure for geophysical minerals viz. MgO, Al2O3, Grossular Garnet, Olivine and Pyrope rich Garnet by using Suzuki formulation and Maxwell’s formulation. It is observed that ΔPTh calcula Read More

The influence and effects that the amino acids L-alanine, glycine and L-proline have on the structure, stability and hydration of lysozyme were analyzed using molecular dynamics (MD) with the CHARMM force field as implemented in the NAMD simulation package. The solution properties of lysozyme in the amino acid-water-protein solutions at room temperature and atmospheric pressure for six concentrations were compar Read More

Recently, Sautet et al. (Chem. Rev., 2010, 110, 1788-1806) has given a comprehensive discussion on the surface organometallic species. In this review, a state–of–art understanding will be presented for catalysis of olefin metathesis within zeolites, where the active sites are generally distributed in the nanoscale channels instead of surfaces. It covers the generation of the Mo–carbene active sites from the various olefin Read More