您要查找的是不是:
- EWT back contact solar cell EWT背结电池
- Back contact silicon solar cells have become the focus of PV market for their special structure, simple process and high efficiency. 背接触电池以其独特的器件结构、简单的制备工艺及较高的电池效率,备受光伏市场的关注。
- Preparation of Silicondioxide in Mechanically Grooved Buried Contact Solar Cell 机械刻槽深埋电极太阳电池中二氧化硅层的制备
- Performance of CdTe solar cells with different back electrodes and back contact layers CdTe太阳电池的不同背电极和背接触层的特性研究
- The solar cell can convert the energy of sunlight into electric energy. 太阳能电池能把阳光的能量转化为电能。
- point contact solar cell 点接触太阳电池
- Tianjin Jinneng Solar Cell Co., Ltd. 企业名称:天津市津能电池科技有限公司。
- The soldier took out a solar cell. 士兵掏出一个太阳能电池。
- The dye-sensitized solar cell (DSSC) is a new-style solar cell. 摘要染料敏化太阳能电池是一种新型的太阳能电池(DSSC)。
- UNSW is a recognised world leader in silicon solar cell technology. UNSW是世界上硅太阳能电池技术工艺领域的专家。
- The solar-to-electrical conversion efficiency of the photoelectrochemical cell p-InP/ VC13-VC12-HC1/C reaches 18.8%, when the surface of the p-InP photocathode is modified with Ag and doped witt Sn and the back contact is made with Cu. 本文报道了在p-InP/VCl_3-VCl_2-HCl/C光电池中改进p-InP光阴极的研究结果。 p-InP光阴极;经表面掺Sn、Ag修饰及形成Cu背面接触后;在阳光下的光电转换效率达18.;8%25。
- Solar Cells and solar modules (photovoltaic). 太阳能电池和太阳能模块(光电产品)
- The artificial heart is operated from solar cells. 人工心脏是由太阳能电池驱动的。
- A large array of connected solar cells. 连接太阳能电池的大的阵列。
- The first is dye-sensitised solar cells (DSC)(4) . 第一个领域是染料敏化太阳能电池(DSC)。
- Nanotech solar cells are only a few years old. 奈米科技太阳能电池只发展短短数年。
- SOLAR CELL EXPOSURE 6 HOURS UNDER SUNLIGHT IT WILL LAST UP TO 8 HOURS. 在阳光下照射6小时,可连续照明8小时。
- So the back surface recombination velocity S b begins to strongly influence solar cell performance when the ratio of minority carrier diffusion length to device thickness approached or exceeds unity. 而当少数在流子的扩散长度大于硅片厚度时,电池片上下表面的复合速率对效率的影响显得更加重要。
- Dye-sensitised solar cells seek to mimic this assembly line. 染料太阳能电池寻求模仿上述方式。
- Solar cells can absorb sunlight and convert it into electricity. 太阳能电池能吸收阳光并能把它变成电。