Add to ORKGThe thermal emittance determines the lower emittance limit and its measurement is of high importance to under-stand the ultimate injector performance. In this contribu-tion we present results of thermal emittance measurements under rf operation conditions for various Cs2Te Te cath-odes and different accelerating gradients. Measurements of thermal emittance scaling with the cathode laser spot size are presented and analyzed. The significance of the applied electric rf field in the emittance formation process is discussed
With progress of photoinjector technology, thermal emittance has become the primary limitation of el...
Recent computational optimizations have demonstrated that it should be possible to construct electro...
In state of the art photoinjector electron sources, thermal emittance from photoemission dominates t...
The thermal emittance determines the lower emittance limit and its measurement is of high importance...
The thermal emittance of the photocathode is an interesting physical property for the photoinjector,...
The thermal emittance of photoemitted electrons in an RF gun is a crucial parameter for short wavele...
The thermal emittance of photoemitted electrons in an RF gun is a crucial parameter for short wavele...
Cesium telluride is a widely used cathode in photo injectors, and its performance is one of the keys...
Measurements of the thermal emittance of an electron beam produced by photoemission from the copper ...
Cesium telluride is the photoemissive material used in many laser-driven RF-guns like in TTF-FEL. Th...
The cathode emission physics plays a crucial role in the overall beam dynamics in an RF gun. Interpl...
Radio-frequency (rf) photoinjectors are commonly used to generate intense bright electron beams for ...
The cathode emission physics plays a crucial role in the overall beam dynamics in an RF gun. Interpl...
A new high-charge RF gun is now operating at the Argonne Wakefield Accelerator (AWA) facility at Arg...
The transverse emittance from optimized rf photoinjectors is limited by the thermal emittance. The t...
With progress of photoinjector technology, thermal emittance has become the primary limitation of el...
Recent computational optimizations have demonstrated that it should be possible to construct electro...
In state of the art photoinjector electron sources, thermal emittance from photoemission dominates t...
The thermal emittance determines the lower emittance limit and its measurement is of high importance...
The thermal emittance of the photocathode is an interesting physical property for the photoinjector,...
The thermal emittance of photoemitted electrons in an RF gun is a crucial parameter for short wavele...
The thermal emittance of photoemitted electrons in an RF gun is a crucial parameter for short wavele...
Cesium telluride is a widely used cathode in photo injectors, and its performance is one of the keys...
Measurements of the thermal emittance of an electron beam produced by photoemission from the copper ...
Cesium telluride is the photoemissive material used in many laser-driven RF-guns like in TTF-FEL. Th...
The cathode emission physics plays a crucial role in the overall beam dynamics in an RF gun. Interpl...
Radio-frequency (rf) photoinjectors are commonly used to generate intense bright electron beams for ...
The cathode emission physics plays a crucial role in the overall beam dynamics in an RF gun. Interpl...
A new high-charge RF gun is now operating at the Argonne Wakefield Accelerator (AWA) facility at Arg...
The transverse emittance from optimized rf photoinjectors is limited by the thermal emittance. The t...
With progress of photoinjector technology, thermal emittance has become the primary limitation of el...
Recent computational optimizations have demonstrated that it should be possible to construct electro...
In state of the art photoinjector electron sources, thermal emittance from photoemission dominates t...