cell n. 1.小室,单室;隔间,舱;〔诗〕茅舍;(单个的)蜂窝,蜂房。 2.〔诗〕墓穴,墓。 3.(大修道院附属的)小修道院。 4.单人牢房。 5.【生物学】细胞;【电学】电池;元件;【建筑】(天花板的)方格板;隔板;【航空】机翼构架;【原子能】晶格,晶胞;【计算机】单元,元件;【植物;植物学】花粉囊;药室;(气球等的)气囊;【气象学】单体,环型。 6.基层组织,小组。 7.管,盒,槽。 a queen [royal] cell(养蜂)王台。 the phase cell【统计学】相格。 a secondary cell蓄电池。 a photosensitive cell【无线电】光电管。 a rectifier cell【无线电】整流片。 the narrow cell 墓。
A superconductor transfers the power from the flux aperture to the power cell 一个超导体将通行孔径的能量转到能量电池中。
Any residual impurities fell through a shaking screen . it ' s amazing what quantities of the little power cells come together 任何残留的杂质都从筛子中被过滤掉。难以想象竟有这么多的小电池。
Early lightsabers did not have self - contained power cells , and were instead connected by a conducting cable to a belt - worn power pack 早期的光剑没有自带的能量电池,而是通过一根传导电缆连接着一个挂在腰带上的能量包。
Smarter luggage tags rather than powering cell phones or laptops soon , levanon imagines a whole host of other applications 更加智能化的行李标签莱文农设想的是将这种电池用于多种多样的其他电器,而不是很快用于手机和手提电脑。
These crystals are ideal for the creation of lightsabers , as they focus the energy released from a saber ' s power cell into the tight , blade - like beam 这种水晶是制造光剑的理想原材料,它们把从光剑的能量电池中释放出的能量聚焦成为紧密的、剑刃般的光束。
As a result of employing multilevel phase - shifted method with zig zag connection in transformer secondary , in the primary the current harmonics their orders are lower than 6m 1 are eliminated ( m is the number of power cell each phase ) . in the inverter side because of using pulse shifting pwm control , the equivalent switch frequency of output is m times as high as one h - bridge , so the output voltage waveform of the inverter is near sine with less harmonics 对于整流电路,由于采用变压器移相多重化整流,在理论上可以实现曲折变压器一次绕组中低于6m 1次谐波电流相互抵消( m为串联单元个数) ;对于逆变电路,由于采用移相pwm控制方式,等效开关频率提高m倍,因此输出电压接近正弦波,谐波含量较小。
Moreover , the problems of the power quality impacting on high - voltage inverters are generally discussed and analyzed . a control strategy based on detecting dc voltage of power cell is put forward . through simulating on matlab , the results show that this strategy can resist the disturbances of voltage sags and interruptions effectively 本论文还对电能质量问题对高压变频器的影响作了初步的探讨与分析,提出一种检测功率单元直流电压变化的控制策略,用matlab作了仿真分析,仿真结果表明此方法能够有效抵御电压暂降和短时中断的干扰。