Add to ORKGPhotoelectron generation by the femtosecond laser is necessary for the generation of the short pulsed electron source. We performed the experiments using a hundred femtosecond UV laser with a DC photocathode. Magnesium reported to have the high quantum efficiency were selected as a candidate for photocathode material. We compared the bulk with the crystal magnesium. Quantum efficiency of the crystal was larger than one of bulk magnesium.
Abstract Advanced high brilliance electron injectors require photocathodes having low thermal emit...
A Mg cathode manufacture and operational procedure were developed at the Brookhaven National Laborat...
We review the current status of metallic photocathodes based on thin films prepared by pulsed laser ...
Significant progress has been made in both improving the quantum efficiency and understanding the ph...
Advanced high brilliance electron injectors require photocathodes having low thermal emittance, high...
Advanced high brilliance electron injectors require photocathodes having low thermal emittance, high...
Mg-based films have been prepared by pulsed laser deposition technique for photocathode applications...
Quantum efficiency studies for various laser wavelengths and various technical metal surfaces were c...
We have assumed that a Magnesium (Mg) photocathode can produce a quantum efficiency on the order of ...
2012-01-26This dissertation presents experimental studies of application of magnesium-based photocat...
We report a detailed description of the laser cleaning procedure and emission performance measuremen...
We report the results of preliminary tests on Mg film photocathodes deposited by pulsed laser ablati...
The development of a new-type photocathode for laser-driven high-brightness e-beam injector was repo...
Advanced high brightness injectors require photocathodes with fast response, high quantum efficiency...
Mg films deposited by pulsed laser ablation on a Cu substrate were tested as photocathodes in a DC d...
Abstract Advanced high brilliance electron injectors require photocathodes having low thermal emit...
A Mg cathode manufacture and operational procedure were developed at the Brookhaven National Laborat...
We review the current status of metallic photocathodes based on thin films prepared by pulsed laser ...
Significant progress has been made in both improving the quantum efficiency and understanding the ph...
Advanced high brilliance electron injectors require photocathodes having low thermal emittance, high...
Advanced high brilliance electron injectors require photocathodes having low thermal emittance, high...
Mg-based films have been prepared by pulsed laser deposition technique for photocathode applications...
Quantum efficiency studies for various laser wavelengths and various technical metal surfaces were c...
We have assumed that a Magnesium (Mg) photocathode can produce a quantum efficiency on the order of ...
2012-01-26This dissertation presents experimental studies of application of magnesium-based photocat...
We report a detailed description of the laser cleaning procedure and emission performance measuremen...
We report the results of preliminary tests on Mg film photocathodes deposited by pulsed laser ablati...
The development of a new-type photocathode for laser-driven high-brightness e-beam injector was repo...
Advanced high brightness injectors require photocathodes with fast response, high quantum efficiency...
Mg films deposited by pulsed laser ablation on a Cu substrate were tested as photocathodes in a DC d...
Abstract Advanced high brilliance electron injectors require photocathodes having low thermal emit...
A Mg cathode manufacture and operational procedure were developed at the Brookhaven National Laborat...
We review the current status of metallic photocathodes based on thin films prepared by pulsed laser ...