Add to ORKGora tory 22 Electron emission and defect formation in diamond Secondary electron emission and surface defect forma-tion in the interaction of slow (m < mBohr) highly charged the electrons that were removed to from the ions). Due array formation on diamond surfaces
International audienceWe report results of experimental investigation of field electron emission fro...
International audienceWe report results of experimental investigation of field electron emission fro...
International audienceWe report results of experimental investigation of field electron emission fro...
We report on electron emission and defect formation in the interaction between slow (v~;0.3 vBohr) ...
We report on electron emission and defect formation in theinteraction between slow (v~;0.3 vBohr) hi...
A hydrogen-terminated diamond is a proven efficient electron emitter that can support emission of hi...
Low work function materials are desirable in many applications such as electron emission and photoca...
We studied the angular distribution of secondary electrons emitted from different diamond surfaces u...
We studied the angular distribution of secondary electrons emitted from different diamond surfaces u...
Emission of electrons in diamond experiments based on the promising diamond-amplifier concept [1] wa...
Diamond amplifiers demonstrably are an electron source with the potential to support high-brightness...
We report on recent progress toward development of secondary emission ''amplifiers'' for photocathod...
Diamond is a promising semiconductor material for novel electronic applications because of its chemi...
The primary focus of this thesis has been to experimentally study the secondary electron emission of...
International audienceWe report results of experimental investigation of field electron emission fro...
International audienceWe report results of experimental investigation of field electron emission fro...
International audienceWe report results of experimental investigation of field electron emission fro...
International audienceWe report results of experimental investigation of field electron emission fro...
We report on electron emission and defect formation in the interaction between slow (v~;0.3 vBohr) ...
We report on electron emission and defect formation in theinteraction between slow (v~;0.3 vBohr) hi...
A hydrogen-terminated diamond is a proven efficient electron emitter that can support emission of hi...
Low work function materials are desirable in many applications such as electron emission and photoca...
We studied the angular distribution of secondary electrons emitted from different diamond surfaces u...
We studied the angular distribution of secondary electrons emitted from different diamond surfaces u...
Emission of electrons in diamond experiments based on the promising diamond-amplifier concept [1] wa...
Diamond amplifiers demonstrably are an electron source with the potential to support high-brightness...
We report on recent progress toward development of secondary emission ''amplifiers'' for photocathod...
Diamond is a promising semiconductor material for novel electronic applications because of its chemi...
The primary focus of this thesis has been to experimentally study the secondary electron emission of...
International audienceWe report results of experimental investigation of field electron emission fro...
International audienceWe report results of experimental investigation of field electron emission fro...
International audienceWe report results of experimental investigation of field electron emission fro...
International audienceWe report results of experimental investigation of field electron emission fro...