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Cesium control and diagnostics in surface plasma negative ion sources
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For efficient and reliable negative ion generation it is very important to improve a cesium control and diagnostics. Laser beam attenuation and resonance fluorescence can be used for measurement of cesium distribution and cesium control. Resonant laser excitation and two-photon excitation can be used for improved cesium ionization and cesium trapping in the discharge chamber. Simple and inexpensive diode lasers can be used for cesium diagnostics and control. Cesium migration along the surface is an important mechanism of cesium escaping. It is important to develop a suppression of cesium migration and cesium accumulation on the extraction system.
Title: Cesium control and diagnostics in surface plasma negative ion sources
Description:
For efficient and reliable negative ion generation it is very important to improve a cesium control and diagnostics.
Laser beam attenuation and resonance fluorescence can be used for measurement of cesium distribution and cesium control.
Resonant laser excitation and two-photon excitation can be used for improved cesium ionization and cesium trapping in the discharge chamber.
Simple and inexpensive diode lasers can be used for cesium diagnostics and control.
Cesium migration along the surface is an important mechanism of cesium escaping.
It is important to develop a suppression of cesium migration and cesium accumulation on the extraction system.
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