Add to ORKGThis initial study aims to explore the topic of thin barrier layers for single tip cold field emitters. The experiment and measurements have been conducted in ultra-high vacuum field electron microscope. Additionally, micrographs of the emitter were obtained using scanning electron microscope. The performance of the emitter was evaluated using orthodoxy test and Murphy-Good plots, which can give more complete picture of emitter changes during field emission
In field electron emission (FE) studies, it is important to check and analyse the quality and valid...
Electron emission from clean tungsten tips has been investigated at different temperatures and appli...
The electron emission of etched and unetched plasma sprayed tungsten was measured in the unignited i...
This initial study aims to explore the topic of thin barrier layers for single tip cold field emitte...
This research aims to obtain a more in-depth understanding of the field emission properties of tungs...
This research aims to obtain a more in-depth understanding of the field emission properties of tungs...
A new type of field emission electron source has been developed. In this paper, the construction, ch...
International audiencePrompt by new theoretical propositions challenging the Fowler-Nordheim theory,...
A tungsten tip received discharge treatment under a high voltage over 10 kV in a field-emission micr...
In an attempt to clarify the behaviour of semi-conductor field emitters the properties of a narrow b...
An experimental apparatus and a LabView-based software suite were developed to conduct realtime rese...
An experimental apparatus and a LabView-based software suite were developed to conduct realtime rese...
Electron emission characteristics of low work function surfaces from magnetic deflection probe measu...
This work deals with the theoretical foundations of electron emission into vacuum, various types of ...
In field electron emission (FE) studies, it is important to check and analyse the quality and validi...
In field electron emission (FE) studies, it is important to check and analyse the quality and valid...
Electron emission from clean tungsten tips has been investigated at different temperatures and appli...
The electron emission of etched and unetched plasma sprayed tungsten was measured in the unignited i...
This initial study aims to explore the topic of thin barrier layers for single tip cold field emitte...
This research aims to obtain a more in-depth understanding of the field emission properties of tungs...
This research aims to obtain a more in-depth understanding of the field emission properties of tungs...
A new type of field emission electron source has been developed. In this paper, the construction, ch...
International audiencePrompt by new theoretical propositions challenging the Fowler-Nordheim theory,...
A tungsten tip received discharge treatment under a high voltage over 10 kV in a field-emission micr...
In an attempt to clarify the behaviour of semi-conductor field emitters the properties of a narrow b...
An experimental apparatus and a LabView-based software suite were developed to conduct realtime rese...
An experimental apparatus and a LabView-based software suite were developed to conduct realtime rese...
Electron emission characteristics of low work function surfaces from magnetic deflection probe measu...
This work deals with the theoretical foundations of electron emission into vacuum, various types of ...
In field electron emission (FE) studies, it is important to check and analyse the quality and validi...
In field electron emission (FE) studies, it is important to check and analyse the quality and valid...
Electron emission from clean tungsten tips has been investigated at different temperatures and appli...
The electron emission of etched and unetched plasma sprayed tungsten was measured in the unignited i...