表面形貌

• Electron probe microanalyser is a device that is mainly used to not determine quantitatively the chemical composition of the single ore and character of its superficial structure
  摘要电子探针主要应用于固体无机材料的微区化学成分定量测定和表面形貌研究。
• Compared with sputter crater depth results measured with surface profilometer , the converted depth results obtained by gd - oes were accurate and credible
  辉光光谱定量转化所得深度结果与表面形貌仪刚定相应溅射坑的深度结果对比发现，本方法定量转化深度结果准确可靠。
• The discharge capacity and voltage of lithium - aluminium anode can be enhanced by adding 0 . 5 % 1 . 5 % ce and the surface quality of the anode can also be improved
  在锂铝合金阳极中添加0 . 5 % 1 . 5 % (质量分数)铈，可增大电池的放电容量和电压，改善锂铝合金阳极的表面形貌。
• When bath temperature t = 40oc , the deposited films have good surface and structure , the composition ratio sn / s is 1 , and its direct band - gap eg is 1 . 31ev
  当温度为40oc时,所制备的薄膜具有较好的表面形貌,其成分比sn / s为1 ,薄膜的结晶性较好,且其直接禁带宽度为1 . 31ev 。
• In examining samples , we measured composition and bonding by chemical analyzer and raman spectrum , and measured surface by atomic force microscope
  在试片的检测部份，我们利用了化学分析电子仪及拉曼光谱仪分析薄膜之元素组成及其键结，并且用原子力显微镜观察其表面形貌。
• Sem and sfm were used to observe the surface morphology of the membranes . after grafting modification , the surface of the plla membrane became rougher than the control membrane
  采用sem和sfm考察了改性前后材料表面形貌的变化，结果表明接枝改性使得材料表面的粗糙度增大。
• The effect of anneal and co ion implantation on the structure , surface appearance and gmr of discontinuous multilayer films is greater than those of granular films
  退火和注入co离子对nifeco ag非连续多层膜结构、表面形貌和gmr效应的影响比对nifeco ag颗粒膜的影响要显著得多。
• Atomic force microscope ( afm ) has been applied in the field of nano - machining since its invention even its main function falls in the inspection of surface topography and other features
  自原子力显微镜( afm )问世以来,其应用领域已由原来的微观表面形貌检测或表面特征的表征扩展到纳米加工。
• The effect of many factors on the growth of thin films is especially analyzed and generalized , such as surface topography , structure defect of substrate , deposition temperature , and so on
  特别对基底的表面形貌、结构缺陷、沉积温度等因素对薄膜生长影响的蒙特卡罗方法模拟的研究进展进行了分析和归纳。