© 2014 IEEE. Control of ion current directed to a substrate is a key feature of plasma processing reactors. Magnetic field has been used to enhance the plasma setups. Two magnetic coils placed under the substrate together with the coils near the plasma source, generate magnetic traps for the plasma electrons in a vacuum chamber, to confine them and generate electric field to influence the ion motion. Images of the plasma jet patterns for different configurations of the magnetic field are presented
he plasma in a tokamak is magnetically confined through electromagnetic fields generated by a set of...
The plasma in a tokamak is magnetically confined through electromagnetic fields generated by a set o...
To prevent the fluctuation of the cutting bevel angle in the plasma cutting process, a magnetic fiel...
Control of ion current directed to a substrate is a key feature of plasma processing reactors. Magne...
© 2014 IEEE. Customized magnetic traps were developed to produce a domain of dense plasmas with a na...
Abstract — Customized magnetic traps were developed to pro-duce a domain of dense plasmas with a nar...
An effective control of the ion current distribution over large-area (up to 103 cm2) substrates with...
Customized magnetic traps were developed to produce a domain of dense plasmas with a narrow ion beam...
The effect of a magnetic field of two magnetic coils on the ion current density distribution in the ...
Method of ion current density control in the vacuum arc deposition setup has been investigated. The ...
Deposition of uniform coatings in the vacuum arc deposition setup has been investigated. A control u...
In this paper, we present a concept of a magnetically enhanced vacuum arc thruster with an additiona...
Plasma transport in a hybrid dc vacuum arc plasma source for ion deposition and plasma immersion tre...
Plasma transport in a hybrid dc vacuum arc plasma source for ion deposition and plasma immersion tre...
In tokamak experimental reactors, the magnetic control system is one of the main plasma control syst...
he plasma in a tokamak is magnetically confined through electromagnetic fields generated by a set of...
The plasma in a tokamak is magnetically confined through electromagnetic fields generated by a set o...
To prevent the fluctuation of the cutting bevel angle in the plasma cutting process, a magnetic fiel...
Control of ion current directed to a substrate is a key feature of plasma processing reactors. Magne...
© 2014 IEEE. Customized magnetic traps were developed to produce a domain of dense plasmas with a na...
Abstract — Customized magnetic traps were developed to pro-duce a domain of dense plasmas with a nar...
An effective control of the ion current distribution over large-area (up to 103 cm2) substrates with...
Customized magnetic traps were developed to produce a domain of dense plasmas with a narrow ion beam...
The effect of a magnetic field of two magnetic coils on the ion current density distribution in the ...
Method of ion current density control in the vacuum arc deposition setup has been investigated. The ...
Deposition of uniform coatings in the vacuum arc deposition setup has been investigated. A control u...
In this paper, we present a concept of a magnetically enhanced vacuum arc thruster with an additiona...
Plasma transport in a hybrid dc vacuum arc plasma source for ion deposition and plasma immersion tre...
Plasma transport in a hybrid dc vacuum arc plasma source for ion deposition and plasma immersion tre...
In tokamak experimental reactors, the magnetic control system is one of the main plasma control syst...
he plasma in a tokamak is magnetically confined through electromagnetic fields generated by a set of...
The plasma in a tokamak is magnetically confined through electromagnetic fields generated by a set o...
To prevent the fluctuation of the cutting bevel angle in the plasma cutting process, a magnetic fiel...