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1)  PN junction array
PN结阵列
1.
The high speed doping thermomigration technique is used to make vertical multijunction array, while the short zone is diffused at an end of PN junction array that connectes all of P zones and forms a unit solar cell.
利用高速热迁移掺杂工艺制成垂直多结 PN结阵列 ,同时扩散短路区在阵列的一端连接所有的 P区 ,形成一个单元电池 ,对大片不分割单元电池 ,只加宽金属线条将相邻单元电池的正负极短路形成欧姆接触 ,这样的单元电池的连接就是集成电池。
2)  pn junction
pn结
1.
Linear analysis of the PN junction as a temperature sensor;
PN结传感原理线性化分析
2.
Study on overlapping principle of PN junction in nonlinear zone of photoelectric cell;
光电池非线性区PN结光生伏特效应的研究
3.
Application of PN junction temperature compensation in pressure transmitter;
PN结温度补偿法在压力变送器中的运用
3)  PN-junction
PN结
1.
Experimental and Applicant Study of Cement Based pn-junction in the Prevention of Reinforcement Corrosion;
水泥基pn结实验及其在钢筋锈蚀防护中的应用
4)  p-n junction
PN结
1.
The formula for calculating the effective impurity concentration in the abrupt junction, the linearly graded junction and the random junction is deduced by using the capacity characteristics obtained when the reverse bias are applied to the p-n junction.
全面地介绍了pn结C-V测量法的基本原理、测试设备及条件。
2.
The article discusses the temperature characteristics of semiconductor P-N junction,and the design of its temperature-measuring experiment is also introduced.
讨论了半导体PN结的温度特性及其测温实验的设计。
3.
The physical property of P-N junction was expatiated detailedly.
阐述了PN结的物理特性,及根据PN结的物理特性测定玻尔兹曼常数的原理。
5)  systolic array
阵列结构
1.
This systolic algorithm is formulated as a string of “matrix by vector” multiplication operations implemented parallelly by two kinds of linear systolic arrays.
基于动态规划法提出了寻找最短路程的并行化方法 ,该方法将递推计算问题影射到两个线性阵列结构上并行实现 ,提高了计算的实时性。
2.
We propose square root covariance and U D decomposition integrated filter algorithms which are suitable for computation in multiphase systolic arrays.
基于导弹发射段 GPS/惯性组合导航系统模型 ,研究并行化滤波计算的平方根算法、U- D算法及实现这些算法的阵列结构 ,满足组合系统的实时处理要求及提高算法的数值稳定
6)  Antenna array structure
阵列结构
1.
The effects on capacity complementary cumulative distribution functions(CCDFS) of multiple-input multiple-output(MIMO) channel caused by the different antenna array structures and indoor propagation environments of both line-of-sight (LOS) and non-line-of-sight(NLOS) cases are analyzed by using a 2-D SBR(shooting-and-bouncing) ray-tracing method.
采用2维射线跟踪法分析了视距、非视距室内传播环境和天线阵列结构对多入多出(MIMO)系统容量补累积分布函数(CCDFS)的影响。
补充资料:结驷列骑
1.见"结驷连骑"。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条