Add to ORKGThe investigation objects are the gallium arsenide photocathode and electron beams. The aim is to generate the ultracold electron beams and short intensive electron bunches with use of the GaAs-cathode. The analysis of the realization process in the magnetized electron beam has been made. The expressions for calculation of the beam temperature at adiabatic accelerations have been obtained. The electron beams with plasma parameter G=1,6 have been created firstly. The record-short bunches from GaAs-cathode have been generatedAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio
Photoemission aus Halbleiterkristallen mit negativer Elektronenaffinitaet ermoeglicht die Erzeugung ...
A great deal of effort has been made over the last decades to develop a better polarized electron so...
Many efforts were made over the last decades to develop a better polarized electron source for the h...
A source of ultra-cold magnetically guided DC electron beams with a transmission mode GaAs-photocath...
A source of ultra-cold magnetically guided DC electron beams with a transmission mode GaAs-photocath...
The deceleration of electrons confined by a weak guiding magnetic field has been studied with the go...
The deceleration of electrons confined by a weak guiding magnetic field has been studied with the go...
To study electron-ion interactions at the Heidelberg heavy-ion storage ring, electron beams with low...
To study electron-ion interactions at the Heidelberg heavy-ion storage ring, electron beams with low...
The aim is to perform the experimental investigation on the time properties of the GaAs photocathode...
An ultra cold electron source was developed for the storage ring TSR in Heidelberg to study electron...
To study electron-ion interactions at the Heidelberg heavy-ion storage ring, electron beams with low...
An ultra cold electron source was developed for the storage ring TSR in Heidelberg to study electron...
An ultra cold electron source was developed for the storage ring TSR in Heidelberg to study electron...
We present cesium-coated GaAs photocathodes as reliable sources of intense, quasi-monoenergetic elec...
Photoemission aus Halbleiterkristallen mit negativer Elektronenaffinitaet ermoeglicht die Erzeugung ...
A great deal of effort has been made over the last decades to develop a better polarized electron so...
Many efforts were made over the last decades to develop a better polarized electron source for the h...
A source of ultra-cold magnetically guided DC electron beams with a transmission mode GaAs-photocath...
A source of ultra-cold magnetically guided DC electron beams with a transmission mode GaAs-photocath...
The deceleration of electrons confined by a weak guiding magnetic field has been studied with the go...
The deceleration of electrons confined by a weak guiding magnetic field has been studied with the go...
To study electron-ion interactions at the Heidelberg heavy-ion storage ring, electron beams with low...
To study electron-ion interactions at the Heidelberg heavy-ion storage ring, electron beams with low...
The aim is to perform the experimental investigation on the time properties of the GaAs photocathode...
An ultra cold electron source was developed for the storage ring TSR in Heidelberg to study electron...
To study electron-ion interactions at the Heidelberg heavy-ion storage ring, electron beams with low...
An ultra cold electron source was developed for the storage ring TSR in Heidelberg to study electron...
An ultra cold electron source was developed for the storage ring TSR in Heidelberg to study electron...
We present cesium-coated GaAs photocathodes as reliable sources of intense, quasi-monoenergetic elec...
Photoemission aus Halbleiterkristallen mit negativer Elektronenaffinitaet ermoeglicht die Erzeugung ...
A great deal of effort has been made over the last decades to develop a better polarized electron so...
Many efforts were made over the last decades to develop a better polarized electron source for the h...