Determined by dsc . whereafter , the surface micro - morphology of both sides of tini sma thin film deposited on glass was investigated by atomic force microscope ( afm ) , and the difference of morphology between the two sides is observed . it has been shown that , in the growing surface of sputtered tini film , the trend of grain to accumulating along the normal direction like a column is clearly observed , and the grain is very loose which resulted in more microcavities , but in the surface facing to glass substrate , grain is so compact that there are hardly microcavities 通过溅射法，在玻璃衬底上淀积了tini薄膜，并在600进行了真空退火， dsc法测得其马氏体逆相变峰值温度为75 ，利用原子力显微镜，对玻璃基tini形状记忆合金薄膜的衬底面与生长面进行了表面微观形貌分析，发现：生长面晶粒呈现出沿薄膜法线方向柱状堆积的趋势，晶粒致密性差，微孔洞多；而衬底面晶粒致密，几乎没有微孔洞存在。
The microtube zno econtrollable growth on the glass substrate , which was previously deposited , of zno hollow spheres was researched . the results showed that zno hollow spheres acted as crystal nucleus of zno microtubes . by this method regular zno microtubes were synthesised . the growth of microtubes can be controlled by change the size of zno hollow spheres 结果发现zno中空球层对zno微米管的生长起到了晶核的作用,能够在玻璃衬底上形成形貌规则的zno微米管;改变zno中空球的粒径能够改变所形成的zno微米管的尺寸,从而实现了对zno微米管的可控生长。
In this paper we deposited solar cells with pin structure on glass substrate by use of separated pecvd system . the main work can be summed as following : l ) the u c - si : h p - type layer has been deposited and the comparison of i - v characteristics between the cells made with u c - si : h as window layer and the cells made with a - sic : h as window layer shows that the cells with u c - si : h as window layer have better performance 本文主要利用分离室pecvd系统在玻璃衬底上沉积pin结构太阳电池，主要工作可总结如下： 1 ) p层微晶结构的沉积；用c - si : h与传统所用的a - sic : h分别做电池的p层，比较了二者的i - v特性，发现c - si : h作为电池的p层有更大的优越性。
Ternary compound bnxpi - x films of quality are deposited and the ultraviolet absorbance characteristics of bnxp , - x films were investigated in the thesis , too . with the quantity of phosphorus dopant , the optical bandgap modulation of bnxpi is achieved successfully . in addition , the combined intensity of bnxp , - x films and substrates was enhanced by depositing the buffer layer 实验采用磷对氮化硼进行掺杂，成功地在光学石英玻璃衬底上沉积了磷掺杂氮化硼( bn _ xp _ ( 1 - x ) )薄膜，研究了该薄膜的紫外光敏特性，其吸收边在240nm 400nm的紫外波段内可以连续变化，同时也实现了对氮化硼光学带隙在3 . 8ev 5 . 3ev范围内的连续可控调制。
Furthermore the cells on polyimide can be fabricated by roll - to - roll processing and the high price of solar cells can be decreased . so the solar cells deposited on polymeric film substrate have a promising prospects . in this paper , we investigated the properties of thin film material deposited on polyimide 我们在原有玻璃衬底的pecvd工艺基础上，对设备进行改进，使其适合于柔性衬底上的薄膜淀积；并且我们作了大量的实验，探索柔性衬底上淀积薄膜材料的工艺参数。
