Entre els problemes actuals al sector energètic, ens trobem amb la necessitat de regular els dèficits i excedents d'electricitat que es generen quan les llars intenten produir la seva pròpia electricitat. En aquest Treball ...

Passive thermal self-insulation of the inside walls of containers when they are deliberately coated by nucleation sites and the fluid is diluted with a certain gas. It is well known -in heat transfer engineering, the drastic ...

Solvation dynamics in liquid water is addressed via nonequilibrium energy-transfer pathways activated after a neutral atomic solute acquires a unit charge, either positive or negative. It is shown that the well-known ...

This series’ first installment introduced an approach to solvation dynamics focused on expressing the emission frequency shift (following electronic excitation of, and resulting charge change or redistribution in, a solute) ...

This project deals with the numerical simulation of the Navier-Stokes equations for different cases. By computing several benchmark cases, the code is tested and improved in order to compute more difficult cases such as ...

In view of today’s economic conditions chemical processes are operated or designed on the basis of optimum energy consumption. Thus, primarily heat integration studies are undertaken, and the design of the heat exchanger ...

We extend, via a reformulation in terms of Poisson brackets, the method developed previously (Rey et al., J. Phys. Chem. A, 2009, 113, 8949) allowing analysis of the pathways of an excited molecule's ultrafast vibrational ...

The ultrafast librational (hindered rotational) relaxation of a rotationally excited H2O molecule in pure liquid water is investigated by means of classical nonequilibrium molecular dynamics simulations and a power and ...