Add to ORKGAdvanced high brightness injectors require photocathodes with fast response, high quantum efficiency and good surface uniformity. Both Mg films deposited by laser ablation and Pb films deposited by vacuum arc could satisfy these requirements. Their emission and morphology are compared
Much of the early development of photocathode materials was aimed at the growth of photoemissive thi...
Metallic film photo-cathodes are rugged, have a fast response and good emission uniformity. Mg has a...
In this work the preparation of metal photocathodes by physical vapour deposition magnetron sputteri...
Advanced high brightness injectors require photocathodes with fast response, high quantum efficiency...
Advanced high brilliance electron injectors require photocathodes having low thermal emittance, high...
Advanced high brilliance electron injectors require photocathodes having low thermal emittance, high...
Abstract Advanced high brilliance electron injectors require photocathodes having low thermal emit...
Advanced high brightness radio frequency (RF) gun injectors require photocathodes with a fast respon...
We present the results of our investigation on metallic films as suitable photocathodes for the prod...
We review the current status of metallic photocathodes based on thin films prepared by pulsed laser ...
Mg-based films have been prepared by pulsed laser deposition technique for photocathode applications...
We report the results of preliminary tests on Mg film photocathodes deposited by pulsed laser ablati...
Abstract Mg films deposited by pulsed laser ablation on a Cu substrate were tested as photocathode...
Advanced high brightness photo-injectors require photo-cathodes with fast response time, long lifeti...
Metallic film photo-cathodes are rugged, have a fast response and good emission uniformity. Mg has a...
Much of the early development of photocathode materials was aimed at the growth of photoemissive thi...
Metallic film photo-cathodes are rugged, have a fast response and good emission uniformity. Mg has a...
In this work the preparation of metal photocathodes by physical vapour deposition magnetron sputteri...
Advanced high brightness injectors require photocathodes with fast response, high quantum efficiency...
Advanced high brilliance electron injectors require photocathodes having low thermal emittance, high...
Advanced high brilliance electron injectors require photocathodes having low thermal emittance, high...
Abstract Advanced high brilliance electron injectors require photocathodes having low thermal emit...
Advanced high brightness radio frequency (RF) gun injectors require photocathodes with a fast respon...
We present the results of our investigation on metallic films as suitable photocathodes for the prod...
We review the current status of metallic photocathodes based on thin films prepared by pulsed laser ...
Mg-based films have been prepared by pulsed laser deposition technique for photocathode applications...
We report the results of preliminary tests on Mg film photocathodes deposited by pulsed laser ablati...
Abstract Mg films deposited by pulsed laser ablation on a Cu substrate were tested as photocathode...
Advanced high brightness photo-injectors require photo-cathodes with fast response time, long lifeti...
Metallic film photo-cathodes are rugged, have a fast response and good emission uniformity. Mg has a...
Much of the early development of photocathode materials was aimed at the growth of photoemissive thi...
Metallic film photo-cathodes are rugged, have a fast response and good emission uniformity. Mg has a...
In this work the preparation of metal photocathodes by physical vapour deposition magnetron sputteri...