Add to ORKGPlasma treatment reactors have recently been developed for the elimination of diesel particulate matter regarding the reduction of both particle mass and number. The role of the plasma itself is obscured by the phenomenon of particle deposition on the surface of the reactor. Lagrangian particle tracking provides an effective method for simulating deposition of nano-particles. The deposition of nano-particles in annular tubes under laminar condition is studied in this study. The role of particle diameter, reactor length and flow rates are examined. </ul
An investigation of the nanostructures of particulate matter (PM) emitted from a diesel engine equip...
In the current work, the deposition efficiency of particles in the size range 5 nm - 1 μm is estimat...
The study presents the particle deposition and aggregation phenomena by introducing new parameter ca...
Non-thermal plasma (NTP) treatment reactors have recently been developed for elimination of diesel p...
Aerosol deposition in cylindrical tubes is a subject of interest to researchers and engineers in man...
The Lagrangian particle tracking provides an effective method for simulating the deposition of nano-...
The transport and deposition of nano-particles in annular pipe flows under laminar conditions were s...
The transport and deposition of nano-particles in annular threaded pipes under laminar flow conditio...
International audienceThere are few studies of deposition of nanoparticles due to di$culties in thei...
The Lagrangian particle tracking provides an effective method for simulating the deposition of nano-...
Particulate matter is formed during incomplete combustion in modern diesel and gasoline engines. The...
In the research area of cleaning and process hygiene it is important to understand the underlying me...
Plasma processing contamination continues to affect device yield in the microelectronics industry. P...
M. Tech. Chemical Engineering.In this work the development of a mathematical model capable of determ...
A numerical investigation on the soot laden flow of gas in a partial diesel particulate filter (PDPF...
An investigation of the nanostructures of particulate matter (PM) emitted from a diesel engine equip...
In the current work, the deposition efficiency of particles in the size range 5 nm - 1 μm is estimat...
The study presents the particle deposition and aggregation phenomena by introducing new parameter ca...
Non-thermal plasma (NTP) treatment reactors have recently been developed for elimination of diesel p...
Aerosol deposition in cylindrical tubes is a subject of interest to researchers and engineers in man...
The Lagrangian particle tracking provides an effective method for simulating the deposition of nano-...
The transport and deposition of nano-particles in annular pipe flows under laminar conditions were s...
The transport and deposition of nano-particles in annular threaded pipes under laminar flow conditio...
International audienceThere are few studies of deposition of nanoparticles due to di$culties in thei...
The Lagrangian particle tracking provides an effective method for simulating the deposition of nano-...
Particulate matter is formed during incomplete combustion in modern diesel and gasoline engines. The...
In the research area of cleaning and process hygiene it is important to understand the underlying me...
Plasma processing contamination continues to affect device yield in the microelectronics industry. P...
M. Tech. Chemical Engineering.In this work the development of a mathematical model capable of determ...
A numerical investigation on the soot laden flow of gas in a partial diesel particulate filter (PDPF...
An investigation of the nanostructures of particulate matter (PM) emitted from a diesel engine equip...
In the current work, the deposition efficiency of particles in the size range 5 nm - 1 μm is estimat...
The study presents the particle deposition and aggregation phenomena by introducing new parameter ca...