Simulation shows that the inhomogeneity of electric field reduces the oscillations in photodetachment cross section and its corresponding modulation function.

模拟结果显示出电场的不均匀抑制了光剥离截面和相应调制函数的振荡。

This phenomenon is called the excessive thermotaxis effect of low current.Based on these characteristics, the uniformity of the junction temperature distribution is studied.

利用这一特性可晶体管结温布的不均匀性，计算结温布的不均匀度，对半导体器件可靠性有重要的意义。

Depth of field: with prqactices diode system (IDS), high-capacity ensures that the depth of field in the production of reliable. Autocompensation printing plate surface unevenness.

有了智能化的二极管系统（IDS），高景深的能力保证了生产的可靠进行。自动补偿印版表面的不均匀度。

Simulation shows that the inhomogeneity of electric field reduces the oscillations in photodetachment cross section and its corresponding modulation function.

拟结果显示出电场的不均匀抑制了光剥离截和相应调制函数的振荡。

This phenomenon is called the excessive thermotaxis effect of low current.Based on these characteristics, the uniformity of the junction temperature distribution is studied.

利用这一特性可以研究晶体管结温布的不均匀性，计算结温布的不均匀度，对半导体器件可靠性析具有重要的意义。

Depth of field: with prqactices diode system (IDS), high-capacity ensures that the depth of field in the production of reliable. Autocompensation printing plate surface unevenness.

有了智能化的二极管系统（IDS），高景深的能力保证了生产的可靠进行。自动补偿印版的不均匀度。

Simulation shows that the inhomogeneity of electric field reduces the oscillations in photodetachment cross section and its corresponding modulation function.

模拟结果显示出电场的抑制了光剥离截面和相应调制函数的振荡。

This phenomenon is called the excessive thermotaxis effect of low current.Based on these characteristics, the uniformity of the junction temperature distribution is studied.

利用这一特可以研究晶体管结温布的，结温布的度，对半导体器件可靠析具有重要的意义。

Depth of field: with prqactices diode system (IDS), high-capacity ensures that the depth of field in the production of reliable. Autocompensation printing plate surface unevenness.

有了智能化的二极管系统（IDS），高景深的能力保证了生产的可靠进行。自动补偿印版表面的度。

Simulation shows that the inhomogeneity of electric field reduces the oscillations in photodetachment cross section and its corresponding modulation function.

模拟结果显示出电场的抑制了光剥离截面和相应调制函数的振荡。

This phenomenon is called the excessive thermotaxis effect of low current.Based on these characteristics, the uniformity of the junction temperature distribution is studied.

利用这一特性可以研究晶体管结温布的性，计算结温布的度，对半导体器件可靠性析具有重要的意义。

Depth of field: with prqactices diode system (IDS), high-capacity ensures that the depth of field in the production of reliable. Autocompensation printing plate surface unevenness.

有了智能化的二极管系统（IDS），高景深的能力保证了生产的可靠进行。自动补偿印版表面的度。

Simulation shows that the inhomogeneity of electric field reduces the oscillations in photodetachment cross section and its corresponding modulation function.

模拟结果显示出电场的不均匀抑制了光剥离截面和相应调制函数的振荡。

This phenomenon is called the excessive thermotaxis effect of low current.Based on these characteristics, the uniformity of the junction temperature distribution is studied.

利用这一特性可以体管结温布的不均匀性，计算结温布的不均匀度，对半导体器件可靠性有重要的意义。

Depth of field: with prqactices diode system (IDS), high-capacity ensures that the depth of field in the production of reliable. Autocompensation printing plate surface unevenness.

有了智能化的二极管系统（IDS），高景深的能力保证了生产的可靠进行。自动补偿印版表面的不均匀度。

Simulation shows that the inhomogeneity of electric field reduces the oscillations in photodetachment cross section and its corresponding modulation function.

模拟结果显示出电均匀抑制了光剥离截面和相应调制函数振荡。

This phenomenon is called the excessive thermotaxis effect of low current.Based on these characteristics, the uniformity of the junction temperature distribution is studied.

利用这一特性以研究晶体管结温布均匀性，计算结温布均匀度，对半导体器件性析具有重要意义。

Depth of field: with prqactices diode system (IDS), high-capacity ensures that the depth of field in the production of reliable. Autocompensation printing plate surface unevenness.

有了智能化二极管系统（IDS），高景深能力保证了生产进行。自动补偿印版表面均匀度。

Simulation shows that the inhomogeneity of electric field reduces the oscillations in photodetachment cross section and its corresponding modulation function.

模拟结果显示出电场的不均匀抑制了光剥离截面和相应调制函数的振荡。

This phenomenon is called the excessive thermotaxis effect of low current.Based on these characteristics, the uniformity of the junction temperature distribution is studied.

利用这一特性可以研究晶管结的不均匀性，计算结的不均匀度，对半导件可靠性析具有重要的意义。

Depth of field: with prqactices diode system (IDS), high-capacity ensures that the depth of field in the production of reliable. Autocompensation printing plate surface unevenness.

有了智能化的二极管系统（IDS），高景深的能力保证了生产的可靠进行。自动补偿印版表面的不均匀度。

Simulation shows that the inhomogeneity of electric field reduces the oscillations in photodetachment cross section and its corresponding modulation function.

模拟结果显示出电场的不均匀抑制了光剥离截面和相应调制函数的振荡。

This phenomenon is called the excessive thermotaxis effect of low current.Based on these characteristics, the uniformity of the junction temperature distribution is studied.

利用这一特性可以研究晶管结的不均匀性，计算结的不均匀度，对半导件可靠性析具有重要的意义。

Depth of field: with prqactices diode system (IDS), high-capacity ensures that the depth of field in the production of reliable. Autocompensation printing plate surface unevenness.

有了智能化的二极管系统（IDS），高景深的能力保证了生产的可靠进行。自动补偿印版表面的不均匀度。

Simulation shows that the inhomogeneity of electric field reduces the oscillations in photodetachment cross section and its corresponding modulation function.

模拟结果显示出电场不均匀抑了光剥离截面和相应调振荡。

This phenomenon is called the excessive thermotaxis effect of low current.Based on these characteristics, the uniformity of the junction temperature distribution is studied.

利用这一特性可以研究晶体管结温布不均匀性，计算结温布不均匀度，对半导体器件可靠性析具有重要意义。

Depth of field: with prqactices diode system (IDS), high-capacity ensures that the depth of field in the production of reliable. Autocompensation printing plate surface unevenness.

有了智能化管系统（IDS），高景深能力保证了生产可靠进行。自动补偿印版表面不均匀度。