| 1. | Symbol and label for electrostatic sensitive devices
静电感应装置的符号和标签 |
| 2. | Series programmes for static induction transistors
静电感应晶体管系列型谱 |
| 3. | How to control the voltage - resistant parameters of static thyristor
静电感应晶闸管耐压参数的控制 |
| 4. | Static state analysis of voltage source induction heating inverter load - matching
电压型感应加热电源静电感应负载匹配电路静特性分析 |
| 5. | The analysis of potential along the channel of the unipolar organic static induction transistor
单极型有机静电感应三极管沟道纵向电势分析 |
| 6. | For the sake of fully analysis operational mechanism of organic static induction transistor prepares for the theories fundament
为全面解析有机静电感应三极管的工作机理做理论准备。 |
| 7. | After organic static induction transistor manufactured succeedly , have not been earring through expounding and demonstrating systematically in theory
有机静电感应三极管自试制成功后，还没有从理论上进行系统的阐述和论证。 |
| 8. | In order to comprehend schottky gate of organic static induction transistor , chapter two expatiates characteristics of pn junction and schottky junction
为了理解有机静电感应三极管的肖特基栅极原理，本文在第二章阐述了pn结和肖特基结的特性。 |
| 9. | We explained , for the first time , the detailed rules of electrostatic induction and polarization between electrostatic electrodes and different suspended objects ( conductor , semi - conductor , and dielectric )
首次正确解释了静电极与不同悬浮体(导体、半导体、电介质)之间的静电感应和静电极化规律。 |
| 10. | First , according to the actual organic static induction transistor establishing the physical model and selecting appropriate structure parameters , solves poisson ' s equation by adopting finite element method
首先根据实际制作的有机静电感应三极管建立物理模型，选取合适的结构参数，采用有限元法求解泊松方程。 |
