Due to the injection of primary electrons and the emission of secondary electrons in the surface layer of insulating materials, the target surface will be negatively or positively charged. A method by injecting a single pulse beam and using a small current detector for the total electron emission yield measurement of insulating material is proposed, which can avoid the influence from charged surface. Using the developed system, the total electron emission yield of 25 μm thick polyimide film has been studied, as induced by a single 50 μs pulse of primary electrons with energy up to 2500 eV
Electron-induced electron yields of high-resistivity high-yield materials - ceramic polycrystalline ...
Electron-induced electron yields of high-resistivity, high-yield materials - ceramic polycrystalline...
International audienceThe electron emission yield of materials is an important quantity to be determ...
Making measurements of electron emission properties of insulators is difficult since insulators can ...
Charging up the surface of an insulator after beam impact can lead either to reverse sign of field b...
Early attempts were made four and five decades ago to measure electron-stimulated electron emissions...
Making measurements of electron emission properties of insulators is difficult since insulators can ...
Materials exposed to the space plasma environment acquire electric charge, which can have harmful ef...
Electron yield, a material dependent property which describes how it will charge under incident elec...
Electron yield, a material dependent property which describes how it will charge under incident elec...
Materials exposed to electron bombardment can charge positively or negatively, depending on the numb...
Studies of secondary and backscattered electron yield curves of thin-film dielectrics have recently ...
When charged particles impact the surface of a solid material, they can be backscattered from that s...
In previous studies of insulators, serious discrepancies have been reported for the electron and ion...
This study presents electron-induced electron yield measurements from high-resistivity, high-yield m...
Electron-induced electron yields of high-resistivity high-yield materials - ceramic polycrystalline ...
Electron-induced electron yields of high-resistivity, high-yield materials - ceramic polycrystalline...
International audienceThe electron emission yield of materials is an important quantity to be determ...
Making measurements of electron emission properties of insulators is difficult since insulators can ...
Charging up the surface of an insulator after beam impact can lead either to reverse sign of field b...
Early attempts were made four and five decades ago to measure electron-stimulated electron emissions...
Making measurements of electron emission properties of insulators is difficult since insulators can ...
Materials exposed to the space plasma environment acquire electric charge, which can have harmful ef...
Electron yield, a material dependent property which describes how it will charge under incident elec...
Electron yield, a material dependent property which describes how it will charge under incident elec...
Materials exposed to electron bombardment can charge positively or negatively, depending on the numb...
Studies of secondary and backscattered electron yield curves of thin-film dielectrics have recently ...
When charged particles impact the surface of a solid material, they can be backscattered from that s...
In previous studies of insulators, serious discrepancies have been reported for the electron and ion...
This study presents electron-induced electron yield measurements from high-resistivity, high-yield m...
Electron-induced electron yields of high-resistivity high-yield materials - ceramic polycrystalline ...
Electron-induced electron yields of high-resistivity, high-yield materials - ceramic polycrystalline...
International audienceThe electron emission yield of materials is an important quantity to be determ...