查询词典 crystalline

The crystalline orientation, phase structure and thickness of MoS2 transfer films formed 0:1 Cu, Fe and Al substrates at different conditions were studied by means of X-ray dif fract i on .

利用X-射线衍射法测定了不同条件下，在对硫具有不同化学活性的铜、铁、铝底材上形成的MoS_2转移膜的晶体取向、物相状态及膜的厚度。探讨了这三种金属底材上在不同条件下形成的MoS_2转移膜厚擦磨损性能的差异。

From these values, only one exothermic peak relating to the formation of crystalline phases is observed, exception made for frits B and D.

从这些价值中，我们只能看出一个与结晶阶段形式相关的放热峰值，因为为弗里茨B和D做出了例外。

On the basis of experiments, the mechanism of phosphorus gettering for crystalline silicon were suggested.

本文在对常规磷吸杂的基础上，研究了晶体硅材料的变温磷吸杂和快速磷吸杂，并在实验的基础上对晶体硅材料磷吸杂机理做了深入的研究，得到了如下主要结果：对晶体硅材料来说，恒温磷吸杂有一个最佳的吸杂温度范围，高于或低于该温度吸杂效果都不理想。

On the basis of experiments, the mechanism of phosphorus gettering for crystalline sili...

这表明：磷吸杂主要是与过渡族金属的溶解、扩散和分凝有关。

In the paper, variable temperature and rapid thermal phosphorus gettering were put forward to better the quality of crystalline silicon.

磷吸杂作为提升晶体硅材料性能的主要手段被广泛应用在太阳电池的生产工艺中。

As one of the key processes, phosphorous gettering treatment has been widely applied to improve the electrical properties of crystalline silicon which is the main photovoltaic material.

晶体硅材料是太阳电池的主要材料，其性能的好坏直接影响着电池最终的转换效率。

As one of the key processes, phosphorous gettering treatment has been widely applied to improve the electrical properties of crystalline silicon which is the main photovoltaic material.

磷吸杂作为提升晶体硅材料性能的主要手段被广泛应用在太阳电池的生产工艺中。

It is described that a series research of heavy phosphorous diffusion gettering, aluminum and combination of aluminum and phosphorous gettering (evaporation of aluminum on the front and back of the wafers) are applied to crystalline silicon.

同时，采用吸杂后的多晶硅片制备1×1cm~2的太阳电池，与未吸杂的多晶硅太阳电池相比，研究多晶硅电池的电学特性变化。

In cmparison with the constant temperature phosphorous gettering, rapid thermal phosphorous gettering was found to almost have no effect to better the qulity of crystalline silicon.

这进一步证明吸杂是受动力学过程限制的。铁沉淀对材料电学性能的影响大于以间隙铁或复合体对材料的影响。

The optimized process was found to exist when using constant temperature phosphorous gettering to fabricate crystalline silicon solar cells, which suggests that phosphorous gettering effect depends strongly on the dislocation, diffusion as well as the segregation of transitional metals.

这表明：磷吸杂主要是与过渡族金属的溶解、扩散和分凝有关。连续变温磷吸杂的效果要明显优于恒温吸杂，特别是在原生多晶硅中的高质量区域。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。