A ceramic cathode is a disk of typically 10-15 mm diameter, thickness less than 1 mm, with metallic electrodes at the two surfaces, It emits bursts of less than or equal to2 keV. similar to5 A electrons when excited with a similar to2 kV-100 A-200 ns bipolar pulse. Its behavior depends strongly on the pattern of the front electrode, on the dielectric constant of the material, so in turn, on the temperature. The high voltage excitation pulse applied to the electrodes induces the plasma initiation at the triple points and also the polarization of the material, Tile polarization variation acts on the electrons set in the plasma sheet and, possibly. on the sample surface generating pulses of energetic electrons, The excitation voltage pulse. th...
Flashover plasma characteristics across a large-scale ceramic vacuum interface initiated by explosiv...
Currently, the electrical discharge machining is mainly applied to obtain surfaces difficult to be o...
Ferroelectric ceramics are tested as photocathodes at INFN Frascati Laboratories. In order to charac...
We show that properly electroded ceramic disks are strong and robust electron emitters when excited ...
The emission from ferroelectric cathodes excited by bipolar pulses does not suffer the hysteretic be...
We show that electron emission from a relaxer ferroelectric cathode varies with the temperature as t...
Ferroelectric disks, coated with proper electrodes, can easily produce a dense plasma cloud when exc...
This research is devoted to investigating the properties of X-ray tube models with massive carbon ca...
A high voltage pulse generated by changing the temperature of a pyroelectric crystal was used to ind...
In this work the result of emission phenomena investigations are presented. Experiments were conduct...
11International audienceFor copper and chromium, used in alloy component electrodes of vacuum circui...
A Low Temperature Cofired Ceramic (LTCC) material system has been used to develop a protype field em...
Distributions of emission centers (ECs) on planar explosive emission dielectric (velvet) cathodes at...
Material surface treatment by plasma expander is relatively recent. Plasma expander is based on the ...
We have measured an 36-A-cm{sup {minus}2} current emission density over the surface area of an 11.4-...
Flashover plasma characteristics across a large-scale ceramic vacuum interface initiated by explosiv...
Currently, the electrical discharge machining is mainly applied to obtain surfaces difficult to be o...
Ferroelectric ceramics are tested as photocathodes at INFN Frascati Laboratories. In order to charac...
We show that properly electroded ceramic disks are strong and robust electron emitters when excited ...
The emission from ferroelectric cathodes excited by bipolar pulses does not suffer the hysteretic be...
We show that electron emission from a relaxer ferroelectric cathode varies with the temperature as t...
Ferroelectric disks, coated with proper electrodes, can easily produce a dense plasma cloud when exc...
This research is devoted to investigating the properties of X-ray tube models with massive carbon ca...
A high voltage pulse generated by changing the temperature of a pyroelectric crystal was used to ind...
In this work the result of emission phenomena investigations are presented. Experiments were conduct...
11International audienceFor copper and chromium, used in alloy component electrodes of vacuum circui...
A Low Temperature Cofired Ceramic (LTCC) material system has been used to develop a protype field em...
Distributions of emission centers (ECs) on planar explosive emission dielectric (velvet) cathodes at...
Material surface treatment by plasma expander is relatively recent. Plasma expander is based on the ...
We have measured an 36-A-cm{sup {minus}2} current emission density over the surface area of an 11.4-...
Flashover plasma characteristics across a large-scale ceramic vacuum interface initiated by explosiv...
Currently, the electrical discharge machining is mainly applied to obtain surfaces difficult to be o...
Ferroelectric ceramics are tested as photocathodes at INFN Frascati Laboratories. In order to charac...