Research on electrostatic between metallic particle and semiconductor matrixes

By studying the charging between metallic particle and semiconductor matrixes, especially take the Ag-Cs 2 O as an example, the electrostatic and electrical characters between metallic particle and semiconductor matrixes was proposed. Simulation results show that the electrostatic characters between...

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Main Author: Gefei Yu
Format: Conference Proceeding
Language:English
Subjects:
charging
Conductors
Electric variables measurement
Electromagnetic compatibility
Electrons
Electrostatic measurements
electrostatics
Instruments
matrixes
Neodymium
Particle measurements
Plasma density
Space charge
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description By studying the charging between metallic particle and semiconductor matrixes, especially take the Ag-Cs 2 O as an example, the electrostatic and electrical characters between metallic particle and semiconductor matrixes was proposed. Simulation results show that the electrostatic characters between metallic particle and semiconductor matrixes can achieve better performance than that of equal power allocation based Ag-Cs 2 O of previous research. Ag-Cs 2 O was taken as an example to progress a further research on the electrostatic character of metallic particle and semiconductor matrixes in this paper.
doi_str_mv 10.1109/ICEMI.2009.5274837
format conference_proceeding
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Simulation results show that the electrostatic characters between metallic particle and semiconductor matrixes can achieve better performance than that of equal power allocation based Ag-Cs 2 O of previous research. 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subjects charging
Conductors
Electric variables measurement
Electromagnetic compatibility
Electrons
Electrostatic measurements
electrostatics
Instruments
matrixes
Neodymium
Particle measurements
Plasma density
Space charge
title Research on electrostatic between metallic particle and semiconductor matrixes
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