To provide a technique capable of accurately separating a formation lag time and a statistical lag time in an analytic system and an analysis method for electron emission characteristics and identifying energetic density of one or a plurality of electron emission sources.
Measurement data of an address discharge lag time td to a suspension time ti and temperature T are input. Discharge probability frequency and existing discharge probability are calculated from the number of accumulation of the measurement data. An electron emission time constant tsexp (ti, T) of a priming electron is calculated. A function for energy state density of an electron discharge source is set up, and an average value, a dispersed value, a searching range of an effective number, and a searching width of activated energy are established. The electron emission time constant tsth (ti, T) of the priming electron is calculated by overlap integral of energy state density of the electron emission source and a window function. An average value, a dispersed value, and an effective number of the activated energy wherein an average mean square error of tsexp (ti, T) and tsth (ti, T) becomes the least are determined.
SUZUKI KEIZO
UEMURA NORIHIRO
NOBUKI SHUNICHIRO
MIYAKE TATSUYA
MORI SHUNSUKE
MIKAMI YOSHIAKI
TSUJI KAZUTAKA
SHIIKI MASATOSHI
JP2005071858A | 2005-03-17 | |||
JP2007134151A | 2007-05-31 | |||
JP2002033053A | 2002-01-31 | |||
JP2005071858A | 2005-03-17 | |||
JP2007134151A | 2007-05-31 | |||
JP2002033053A | 2002-01-31 |
JPN6012015272; S. Ho et al.: '"Discharge Probability Model for Analyzing Formative Delay Time and Electron Emission Properties of' Proceedings of IDW '07 PDP2-3, 20071206, p. 807-810
JPN6012015270; S. Ho et al.: '"Numerical Analysis of Density of Energy States for Electron Emission Sources in MgO"' Proceedings of IDW '08 PDP3-3, 20081205, p. 1869-1872
JPN6012015272; S. Ho et al.: '"Discharge Probability Model for Analyzing Formative Delay Time and Electron Emission Properties of' Proceedings of IDW '07 PDP2-3, 20071206, p. 807-810
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