We have used the well known metal-ions-from-volatile-compounds (MIVOC) method at the mVINIS Ion Source to produce the multiply charged ion beams form solid substances. Based on this method the very intense and stable multiply charged ion beams of several solid substances having the high melting points were extracted. The ion yields and the spectra of multiply charged ion beams obtained from solid materials like Fe and Hf will be presented. We have utilized the multiply charged ion beams from solid substances to irradiate the polymers, fullerenes and glassy carbon at the low energy channel for modification of materials.13th International Conference on Physics of Highly Charged Ions, Aug 28-Sep 01, 2006, Queens Univ, Belfast, Irelan
"Ion beam cocktails" are mixtures of ions with near-identical charge-to-mass ratios. In conjunction ...
Intense beams of metal ions can be formed from a vacuum arc ion source. Broadbeam extraction is conv...
In the past three decades, the development of nuclear physics facilities for fundamental and applied...
We have used the well known metal-ions-from-volatile-compounds (MIVOC) method at the mVINIS Ion Sour...
The mVINIS ion source has enabled us to obtain multiply charged ion beams from gases as well as from...
In order to determine position, dimensions and intensities of multiply charged ion beams at the mVIN...
A fundamentally new MIVOC method (Metal Ions from VOlatile Compounds) for the production of metal io...
The MEVVA (Metal Vapor Vacuum Arc) ion source is a new kind of source which can produce high current...
Presents some results of an experimental study of realization the combined ion-electron effects on t...
This chapter describes the methods and applications for the use of multi-atom, ionized species, cont...
We have developed an ion source which can produce high current beams of metal ions. The source uses ...
A technique for making metal ions for cyclotrons is described. Metal and non-metal ions from solids ...
The Heavy Ion Medical Accelerator in Chiba at the National Institute of Radiological Sciences has be...
Two ECR ion sources : DECRIS-14-2 and ECR4M are presently in permanent operation at the FLNR cyclotr...
The law investigation of the formation of impulse one- and multicomponent beams of accelerated ions ...
"Ion beam cocktails" are mixtures of ions with near-identical charge-to-mass ratios. In conjunction ...
Intense beams of metal ions can be formed from a vacuum arc ion source. Broadbeam extraction is conv...
In the past three decades, the development of nuclear physics facilities for fundamental and applied...
We have used the well known metal-ions-from-volatile-compounds (MIVOC) method at the mVINIS Ion Sour...
The mVINIS ion source has enabled us to obtain multiply charged ion beams from gases as well as from...
In order to determine position, dimensions and intensities of multiply charged ion beams at the mVIN...
A fundamentally new MIVOC method (Metal Ions from VOlatile Compounds) for the production of metal io...
The MEVVA (Metal Vapor Vacuum Arc) ion source is a new kind of source which can produce high current...
Presents some results of an experimental study of realization the combined ion-electron effects on t...
This chapter describes the methods and applications for the use of multi-atom, ionized species, cont...
We have developed an ion source which can produce high current beams of metal ions. The source uses ...
A technique for making metal ions for cyclotrons is described. Metal and non-metal ions from solids ...
The Heavy Ion Medical Accelerator in Chiba at the National Institute of Radiological Sciences has be...
Two ECR ion sources : DECRIS-14-2 and ECR4M are presently in permanent operation at the FLNR cyclotr...
The law investigation of the formation of impulse one- and multicomponent beams of accelerated ions ...
"Ion beam cocktails" are mixtures of ions with near-identical charge-to-mass ratios. In conjunction ...
Intense beams of metal ions can be formed from a vacuum arc ion source. Broadbeam extraction is conv...
In the past three decades, the development of nuclear physics facilities for fundamental and applied...