This paper reports a study of the heterogeneous condensation of sub-micrometric particles produced by a model ethylene/air flame, performed with an instrumented lab-scale plant. Tests were performed by varying the temperature of the condensing vapour and the gas residence time. Experiments can be described by using consolidated models for heterogeneous condensation, provided that the contact angle is considered as an adjustable parameter, variable with temperature
In this thesis, theoretical modeling of certain aerosol systems has been presented. At first, the ae...
A systematic study of the aerosol output was conducted from a modified commercially available Sincla...
The heterogeneous condensation of a vapour onto a substrate is a key step in a wide range of chemica...
Ultrafine particles are among the most toxic pollutants produced by industrial processes and diesel ...
The effectiveness of a condensational growth technique for particle abatement, activated via heterog...
It is now well established that the emission of sub-micrometric particulate matter entrained in flue...
To improve the efficiency of aerosol separation, a process sequence for particle enlargement by cond...
The evolution of particle size distribution (PSD) of fine polydisperse particles at high number conc...
<div><p>This article presents a membrane-based process to improve separation efficiency of airborne ...
The control of particle emissions from industrial plants is a crucial point in pollution control mai...
The flue gases emanating from the combustion of fuels or gasification process invariably comprise pa...
The objective of this work was to design and evaluate an experimental setup to be used for field stu...
A model is presented that describes quantitatively the condensation of analytes in pico- and nanogra...
textThe removal of a low volatility heavy metal through condensation was investigated experimentall...
The paper shows experimental findings aimed to prove the effectiveness of a concept design for fine ...
In this thesis, theoretical modeling of certain aerosol systems has been presented. At first, the ae...
A systematic study of the aerosol output was conducted from a modified commercially available Sincla...
The heterogeneous condensation of a vapour onto a substrate is a key step in a wide range of chemica...
Ultrafine particles are among the most toxic pollutants produced by industrial processes and diesel ...
The effectiveness of a condensational growth technique for particle abatement, activated via heterog...
It is now well established that the emission of sub-micrometric particulate matter entrained in flue...
To improve the efficiency of aerosol separation, a process sequence for particle enlargement by cond...
The evolution of particle size distribution (PSD) of fine polydisperse particles at high number conc...
<div><p>This article presents a membrane-based process to improve separation efficiency of airborne ...
The control of particle emissions from industrial plants is a crucial point in pollution control mai...
The flue gases emanating from the combustion of fuels or gasification process invariably comprise pa...
The objective of this work was to design and evaluate an experimental setup to be used for field stu...
A model is presented that describes quantitatively the condensation of analytes in pico- and nanogra...
textThe removal of a low volatility heavy metal through condensation was investigated experimentall...
The paper shows experimental findings aimed to prove the effectiveness of a concept design for fine ...
In this thesis, theoretical modeling of certain aerosol systems has been presented. At first, the ae...
A systematic study of the aerosol output was conducted from a modified commercially available Sincla...
The heterogeneous condensation of a vapour onto a substrate is a key step in a wide range of chemica...