The invention discloses a film silicon photovoltaic device and a manufacturing method, a back electrode and a photovoltaic component thereof.
本发明公开了一种薄膜硅光伏器件及其制造方法和背电极以及光伏组 件。
The approaches have been explored to reduce the bending of solar cell by adjusting the back electrode paste and the thickness of silicon substrate.
通过调整背电极浆料和电池基片厚度，探索了减少太阳电池弯曲度的途径。
Apply the opposite charge and the electrode flips back, breaking the circuit.
利用相反的电荷，电极就会复位，进而断开电路。
As the battery discharges, the lithium ions swim from the negative-electrode lattice to the positive one; during recharging, they swim back again.
当电池放电的时候，锂离子从负极栅格游到正极栅格；充电时它们游回来。
This closes the circuit and turns the transistor on. Apply the opposite charge and the electrode flips back, breaking the circuit.
这样就会接通电路，打开晶体管。利用相反的电荷，电极就会复位，进而断开电路。
The plasma display of the invention includes the frontal substrates of the total wirings electrode of the Y-port and the back substrates of the shade board and X electrode.
本发明的等离子显示器包括设有相当于扫描电极的总线电极的前面基板和设有隔栅和X电极的背面基板。
Therefore, the law of welding seam back chipping was studied based on the newly developed automatic back chipping machine with a disk-type non-consumable electrode.
因此，本文基于新研制的非熔化盘式电极自动清根技术，对焊缝清根规律进行了研究。
A basic shape of collection electrode for restraining back corona has obtained.
得到抑制反电晕收尘电极的基本型式。
The invention involves in plasma display, especially it involves in the electrode structure on the frontal panel and the back panel.
本发明涉及等离子显示器，特别涉及前面板和后面板上的电极结构。
Second, the island can also vibrate between the gate electrode and the back-gate electrode, and semi-classical model of two-dimensional vibrating EMSET is proposed;
其次研究了岛区可在双栅间振动的情况，提出了双栅间振动EMSET的半经典模型和两维振动EMSET的半经典模型；
A serial port interface can be used to take control of the power supply, to set G1, G2 and G3 voltages, to select the XRII field, or to measure back the real electrode voltages (see chapter4).
一个串行端口接点可被用来控制电源，设定G 1,G2和G3电压，选择X线影像增强器视野，或延迟测量实际极间电压(看第4章)。
A serial port interface can be used to take control of the power supply, to set G1, G2 and G3 voltages, to select the XRII field, or to measure back the real electrode voltages (see chapter4).
一个串行端口接点可被用来控制电源，设定G 1,G2和G3电压，选择X线影像增强器视野，或延迟测量实际极间电压(看第4章)。
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