The development of model of electron and ion accumulation and production in the ECR ion source is presented. New equations represent electrons in the ECR plasma as a multicomponent media. In the result any kind of experimental or analytical electron distribution function can be approximated with a series of Maxwelli n distributions with different temperatures and partial weights. A main positive plasma potential with negative potential dip is introduced into consideration. This potential regulates the loss rate of primary cold electrons from the plasma volume and completes the total picture of ECR plasma behavior. The first test of new model and code with recent experimental data of RIKEN 18 GHz ECR source has shown some new opportunities f...
The realization of the beta-beam project (http://beta-beam.web.cern.ch/beta-beam/) assumes the forma...
On décrit les premières mesures d'émission cyclotronique électronique (ECE) d'un plasma de source EC...
An electron cyclotron resonance (ECR) ion source operating at 14.5 GHz was developed for the generat...
A computer model for the ion charge-state distribution (CSD) in an electron cyclotron resonance ion ...
For the first time, the charge state distribution inside the MEsskammer für FlugzeitInStrumente und ...
For the first time, the charge state distribution inside the MEsskammer für FlugzeitInStrumente und ...
Energy distribution of electrons in the plasma sustained by the electron-cyclotron resonance (ECR) d...
The order-of-magnitude performance leaps of ECR ion sources over the past decades result from improv...
Despite the steady advance in the technology of the ECR ion source, present art forms have not yet r...
International audienceThe order-of-magnitude performance leaps of ECR ion sources over the past deca...
International audienceThe order-of-magnitude performance leaps of ECR ion sources over the past deca...
Further progress in the development of electron cyclotron resonance (ECR) ion sources (ECRISs) requi...
A device for the plasma potential measurement [1] has been developed at JYFL (University of Jyväskyl...
The realization of the beta-beam project (http://beta-beam.web.cern.ch/beta-beam/) assumes the forma...
An electron cyclotron resonance (ECR) ion source operating at 14.5 GHz was developed for the generat...
The realization of the beta-beam project (http://beta-beam.web.cern.ch/beta-beam/) assumes the forma...
On décrit les premières mesures d'émission cyclotronique électronique (ECE) d'un plasma de source EC...
An electron cyclotron resonance (ECR) ion source operating at 14.5 GHz was developed for the generat...
A computer model for the ion charge-state distribution (CSD) in an electron cyclotron resonance ion ...
For the first time, the charge state distribution inside the MEsskammer für FlugzeitInStrumente und ...
For the first time, the charge state distribution inside the MEsskammer für FlugzeitInStrumente und ...
Energy distribution of electrons in the plasma sustained by the electron-cyclotron resonance (ECR) d...
The order-of-magnitude performance leaps of ECR ion sources over the past decades result from improv...
Despite the steady advance in the technology of the ECR ion source, present art forms have not yet r...
International audienceThe order-of-magnitude performance leaps of ECR ion sources over the past deca...
International audienceThe order-of-magnitude performance leaps of ECR ion sources over the past deca...
Further progress in the development of electron cyclotron resonance (ECR) ion sources (ECRISs) requi...
A device for the plasma potential measurement [1] has been developed at JYFL (University of Jyväskyl...
The realization of the beta-beam project (http://beta-beam.web.cern.ch/beta-beam/) assumes the forma...
An electron cyclotron resonance (ECR) ion source operating at 14.5 GHz was developed for the generat...
The realization of the beta-beam project (http://beta-beam.web.cern.ch/beta-beam/) assumes the forma...
On décrit les premières mesures d'émission cyclotronique électronique (ECE) d'un plasma de source EC...
An electron cyclotron resonance (ECR) ion source operating at 14.5 GHz was developed for the generat...