INTRODUCTION by Joris Oomen:
"I have explored some of the phenomena that accompany the combustion of heavyorganics - asphalt included - experimentally
and have formulated their main features. My research focusses on the atomization phenomenon involved in the combustion of heavy organics and of synthetic materials that melt when burning.
I hope to show that such
atomization is effected by pyrolytic and electrochemical processes. The very nature of both seems to have been overlooked so far! The model of electrochemical energizing promises manifold applications.
focuses on a major phenomenon that occurs at carbonized substrates when combusting non-volatile liquid. If burning of organic materials involves charring and melting, this phenomenon controls the kinetics of atomization of liquid. Its existence
seems to have been overlooked thus far. Combustion processes can be broken up into physical models, such as heating, melting, boiling, charring and combusting. However, the analysis of transport in charred parts and atomization of liquids
at its surface requires a colloid chemical approach."
Read on (directly to content research: DOC 1)
Read on (to "Preface", about Joris and his motivation)