International audienceUnder high electric field and vacuum conditions, cathode electronic emission phenomena result in a low intensity current, the so-called dark current. Such conditions can be encountered in circuit breakers and in the planned neutral beam injector heating systems for fusion power plants (ITER and DEMO). Apart from energy losses, the main risk posed by this dark current is a runaway phenomenon leading to breakdown and failure of the injector
SIGLEAvailable from British Library Lending Division - LD:D54230/85 / BLDSC - British Library Docume...
It has been investigated whether explosive electron emission may be the initiating mechanism of vacu...
International audienceMicroparticles (MP) and thermofield emission in vacuum are mainly caused by th...
International audienceUnder high electric field and vacuum conditions, cathode electronic emission p...
Higher accelerating gradients are required for future high-power devices such as the TeV electron li...
The subject of the present theoretical and experimental investigations is the effect of the external...
A study of dark currents has been initiated at the Argonne Wakefield Accelerator Facility (AWA). Emi...
Hasan Padamsee, David Rubin, David HammerVoltage breakdown limits many technologies that rely on s...
Vacuum arcs is the phenomenon which limits the performance of normal conducting accelerator cavities...
Vacuum arcs is the phenomenon which limits the performance of normal conducting acceleratorcavities....
Vacuum arcs is the phenomenon which limits the performance of normal conducting acceleratorcavities....
Unwanted beam can cause beam losses and may produce acute or chronic damages of the accelerator. Fur...
The electrical breakdown in accelerating cavities is the complicated phenomenon and depends on many ...
The present paper deals with the short-term bursts – ectons of electrons appearing due to micro-expl...
For a critical plasma test equipment JT‐60SA, vacuum electric breakdown around apertures is a seriou...
SIGLEAvailable from British Library Lending Division - LD:D54230/85 / BLDSC - British Library Docume...
It has been investigated whether explosive electron emission may be the initiating mechanism of vacu...
International audienceMicroparticles (MP) and thermofield emission in vacuum are mainly caused by th...
International audienceUnder high electric field and vacuum conditions, cathode electronic emission p...
Higher accelerating gradients are required for future high-power devices such as the TeV electron li...
The subject of the present theoretical and experimental investigations is the effect of the external...
A study of dark currents has been initiated at the Argonne Wakefield Accelerator Facility (AWA). Emi...
Hasan Padamsee, David Rubin, David HammerVoltage breakdown limits many technologies that rely on s...
Vacuum arcs is the phenomenon which limits the performance of normal conducting accelerator cavities...
Vacuum arcs is the phenomenon which limits the performance of normal conducting acceleratorcavities....
Vacuum arcs is the phenomenon which limits the performance of normal conducting acceleratorcavities....
Unwanted beam can cause beam losses and may produce acute or chronic damages of the accelerator. Fur...
The electrical breakdown in accelerating cavities is the complicated phenomenon and depends on many ...
The present paper deals with the short-term bursts – ectons of electrons appearing due to micro-expl...
For a critical plasma test equipment JT‐60SA, vacuum electric breakdown around apertures is a seriou...
SIGLEAvailable from British Library Lending Division - LD:D54230/85 / BLDSC - British Library Docume...
It has been investigated whether explosive electron emission may be the initiating mechanism of vacu...
International audienceMicroparticles (MP) and thermofield emission in vacuum are mainly caused by th...