Many vacuum instruments used in industry and scientific research apply high voltage components. Vacuum performs as an insulator with theoretically infinite breakdown voltage. Surface of dielectrics between two electrodes inside a vacuum chamber is the weakest link for a possible electrical breakdown (tracking). This paper focuses on examination of a vacuum pressure influence to the surface breakdown voltage of a various materials. Results were compared and led to determination of an appropriate materials for a design of internal connectors in electron microscopes produced by the company Thermo Fisher Scientific
Coordinated Science Laboratory was formerly known as Control Systems LaboratoryDepartment of the Arm...
In the last decades, the vacuum switching technology has established itself as the standard in the m...
This thesis describes the testing and results of the two pulsed DC large electrode systems at CERN, ...
Many vacuum instruments used in industry and scientific research apply high voltage components. Vacu...
The beginning of this thesis contains an overview of properties of the insulators, and description o...
Hasan Padamsee, David Rubin, David HammerVoltage breakdown limits many technologies that rely on s...
This paper presents the results of testing the electrical strength of an insulating system in a vacu...
High electrical fields are needed inside the accelerating cavities of particle accelerators in order...
The prediction of high-voltage strength of electrode arrangements in vacuum is complex. A comparison...
[出版社版]Suppressing an electrical breakdown in vacuum (EBV) is one of principal factors to achieve hig...
The electrical and optical characteristics of a cylindrical alumina insulator (94% Al203) have been ...
Coordinated Science Laboratory was formerly known as Control Systems LaboratoryContract DA-36-039-SC...
Coordinated Science Laboratory changed its name from Control Systems LaboratorySignal Corps Contract...
The maximum vacuum insulator surface dielectric strength determines the acceleration electric field ...
We are studying the flashover of vacuum insulators for applications where high voltage conditioning ...
Coordinated Science Laboratory was formerly known as Control Systems LaboratoryDepartment of the Arm...
In the last decades, the vacuum switching technology has established itself as the standard in the m...
This thesis describes the testing and results of the two pulsed DC large electrode systems at CERN, ...
Many vacuum instruments used in industry and scientific research apply high voltage components. Vacu...
The beginning of this thesis contains an overview of properties of the insulators, and description o...
Hasan Padamsee, David Rubin, David HammerVoltage breakdown limits many technologies that rely on s...
This paper presents the results of testing the electrical strength of an insulating system in a vacu...
High electrical fields are needed inside the accelerating cavities of particle accelerators in order...
The prediction of high-voltage strength of electrode arrangements in vacuum is complex. A comparison...
[出版社版]Suppressing an electrical breakdown in vacuum (EBV) is one of principal factors to achieve hig...
The electrical and optical characteristics of a cylindrical alumina insulator (94% Al203) have been ...
Coordinated Science Laboratory was formerly known as Control Systems LaboratoryContract DA-36-039-SC...
Coordinated Science Laboratory changed its name from Control Systems LaboratorySignal Corps Contract...
The maximum vacuum insulator surface dielectric strength determines the acceleration electric field ...
We are studying the flashover of vacuum insulators for applications where high voltage conditioning ...
Coordinated Science Laboratory was formerly known as Control Systems LaboratoryDepartment of the Arm...
In the last decades, the vacuum switching technology has established itself as the standard in the m...
This thesis describes the testing and results of the two pulsed DC large electrode systems at CERN, ...