| Bronsted acidic ionic liquid as an efficient and catalyst for one -pot synthes of 1-amidoalkyl 2-naphthols under solvent-free condition |
|
Conference |
| Nano Zero-valent iron removal of nikel and cobalt from wastwater |
|
Conference |
| Investigation of the Thermal Conductivity Viscosity and mending effect of Cu Cuo and TiO2 nanoparticles |
|
Conference |
| The magnetic properties of Fe3O4 nanoparticle with different Coats and Hydrodynamic diameters |
|
Conference |
| Viscosity and Rhological properties of Nanofluids (TIo2/PG) |
|
Conference |
| removal of nickel from water and waste waters using nano zero valent iron (nZVI) |
|
Conference |
| K2FeZrP3O412 an efficent catalyst for friedel -Craft alkylation under solvent - frre condition |
|
Conference |
| Friction theory for calculation of th viscosity of dense fluids |
|
Conference |
| Anew way for the calculation of viscosity of binary mixtures over a wide pressure rang |
|
Conference |
| Viscosity Calculation of supercritical gases based on the hard spere model |
|
Conference |
| Calculation of the viscosity of super criyical fluids based on the modified Enskog theory |
|
Conference |
| Using Artificial Neural networks for prediction of fluids thermal conductivity over a wide range of temperatute and pressure |
|
Conference |
| Zr(HSO4)4 catalyzed one-pot streker synthesis of alpha- amono nitriles from aldehydes and ketones under solvent-free condition |
|
Conference |
| Neural network modeling for prediction of thermal conductivity of gases and liquids |
|
Conference |
| Theoretical and Experimental Investigation of Mobilities of Halide Ions in Argon and Helium |
|
Conference |
| New correlation function for the calculation of the transport properties of gases near the crirical state |
|
Conference |
| A new correlation function for the thermal conductivity of gases over a wide temperature and pressure ranges |
|
Conference |
| prediction of the viscosity of supercritical gases and refrigrant at high pressure |
|
Conference |
| calculation of the viscosity of fluid using the modified Enskog theory via two new correlation function for the Co volume and thermal pressure |
|
Conference |