Roles of Organic Solvent in Porous Silicon Formation by Anodizing

‏‎suppression of coke formation in thermal cracking by coke inhibitors‎‏

‏‎the main purpose of this research was to:1.develop a coking model for thermal cracking of naphtha.2.study coke inhibition methods using different coke inhibitors.developing a coking model in naphtha cracking reactors requires a suitable model of the thermal cracking reactor based on a reliable kinetic model.to obtain reliable results all these models shall be solved simultaneously.for this pu...

Formation of organic nanoparticles by solvent evaporation within porous polymeric materials.

A simple and generic method is developed to form organic nanoparticles in porous materials by solvent evaporation. The composites can be readily dissolved in water to produce aqueous organic nanoparticle dispersions.

Porous Fiber Formation in Polymer-Solvent System Undergoing Solvent Evaporation

Surface self-diffusion of organic molecules adsorbed in porous silicon.

The pulsed field gradient nuclear magnetic resonance method has been employed to probe self-diffusion of organic guest molecules adsorbed in porous silicon with a 3.6 nm pore size. The molecular self-diffusion coefficient and intrapore adsorption were simultaneously measured as a function of the external vapor pressure. The latter was varied in a broad range to provide pore loading from less th...

Predicting solvent effects on the structure of porous organic molecules.

A computational approach for the prediction of the open, metastable, conformations of porous organic molecules in the presence of solvent is developed.