原子电池

和普通干电池相比，原子电池体积小、重量轻。

Atomic cells are very small and very light as compared with ordinary dry cells .

分别用ZnTe/ZnTe：Cu和Cd1-xZnxTe/ZnTe：Cu复合膜作为背接触层，既能修饰异质结界面，改善电池的能带结构，又能防止Cu原子向电池内部扩散。

ZnTe / ZnTe : Cu or Cd1-xZnxTe / ZnTe : Cu back contacted cells can reduce the heterogeneous interface state density and modify the structure of energy band of the solar cells . Furthermore , diffusion of Cu can avoid by this compound films in CdTe solar cells .

原子氢传感器电池体系静态数学模型

Static mathematical model of cell system for atomic hydrogen sensor

如：仪器加工，金属标牌、烫金板、原子章、电池碳板、铜章、小型工艺元件切割等；

E.g. : instrument processing and cutting of metal signs , ironing boards , atomic stamps , carbon plate in battery , copper stamp and small artworks .

利用热力学方法，讨论了温度、隔膜材料对原子氢传感器电池体系电动势、内电阻的影响，构建了传感器电池体系静态数学模型。

The relationship , that temperature and diaphragm material with electromotive force and internal resistance of cell system of atomic hydrogen sensor , was studied by the thermodynamic means , then a static mathematical model of sensor cell system was formulated .