Add to ORKGSimulations of the synthesis of Si nano-particles have been carried out using a nodal method and a moment method in a 2-D geometry including a RF plasma apparatus and a reaction chamber. Turbulent effects on the nano-particle formation process have been considered and the model used for their evaluation is presented. Comparisons between the results obtained with the nodal method and the moment method have been reported and the extended amount of obtainable information that characterizes the present model has been underlined
capacitively-coupled RF plasma for the synthesis of silicon nanocrystals (SNCs). This work is based ...
Particulate contamination formed by reactions of silicon-hydrogen species within silicon chemical va...
Continuous flow non-thermal plasma reactors are being investigated for their ability to efficiently ...
Simulations of the synthesis of Si nano-particles have been carried out using a nodal method and a ...
none5Simulations of the synthesis of Si nano-particles have been carried out using a nodal method a...
Nano-particles synthesis by means of inductively coupled plasma torches is a material process of lar...
Nano-particles synthesis by means of inductively coupled plasma torches is a material process of lar...
Nano-particles synthesis by means of inductively coupled plasma torches is a material process of lar...
The optimization of the reaction chamber for the silicon nanoparticle synthesis process by a radio-f...
The optimization of the reaction chamber for the silicon nanoparticle synthesis process by a radio-f...
A three-dimensional numerical modelling of a time-dependent, turbulent thermal plasma jet was develo...
The usage of low-cost silicon-based solar cells is limited by their tendency to degrade on prolonged...
The usage of low-cost silicon-based solar cells is limited by their tendency to degrade on prolonged...
The usage of low-cost silicon-based solar cells is limited by their tendency to degrade on prolonged...
This work presents a mathematical modeling study of the synthesis of nanoparticles in radio frequenc...
capacitively-coupled RF plasma for the synthesis of silicon nanocrystals (SNCs). This work is based ...
Particulate contamination formed by reactions of silicon-hydrogen species within silicon chemical va...
Continuous flow non-thermal plasma reactors are being investigated for their ability to efficiently ...
Simulations of the synthesis of Si nano-particles have been carried out using a nodal method and a ...
none5Simulations of the synthesis of Si nano-particles have been carried out using a nodal method a...
Nano-particles synthesis by means of inductively coupled plasma torches is a material process of lar...
Nano-particles synthesis by means of inductively coupled plasma torches is a material process of lar...
Nano-particles synthesis by means of inductively coupled plasma torches is a material process of lar...
The optimization of the reaction chamber for the silicon nanoparticle synthesis process by a radio-f...
The optimization of the reaction chamber for the silicon nanoparticle synthesis process by a radio-f...
A three-dimensional numerical modelling of a time-dependent, turbulent thermal plasma jet was develo...
The usage of low-cost silicon-based solar cells is limited by their tendency to degrade on prolonged...
The usage of low-cost silicon-based solar cells is limited by their tendency to degrade on prolonged...
The usage of low-cost silicon-based solar cells is limited by their tendency to degrade on prolonged...
This work presents a mathematical modeling study of the synthesis of nanoparticles in radio frequenc...
capacitively-coupled RF plasma for the synthesis of silicon nanocrystals (SNCs). This work is based ...
Particulate contamination formed by reactions of silicon-hydrogen species within silicon chemical va...
Continuous flow non-thermal plasma reactors are being investigated for their ability to efficiently ...