...: micro-particles; adhesion; glass surface; reagent film; size distribution [gap=24178]关键词：微颗粒；粘附；玻璃表面；试剂涂层；粒径分布 ...
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The particles were uniformly distributed on the glass surface due to the electrostatic repulsion among the particles.
由于粒子间的静电排斥作用使得粒子均匀地分布于玻璃表面。
参考来源 - 纳米结构金属表面吸附功能分子的拉曼光谱研究3. It is the first time to track with non-gauss speckle and to conquer the problem of low speckle contrast upon glass surface.
3.研究了非高斯散斑的跟踪,解决了玻璃表面跟踪散斑对比度低的难题。
参考来源 - 激光显示中散斑抑制和主观散斑跟踪的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
玻璃表面覆盖着薄层的橙色绿脱石沉积。
其中一个珠子用针固定在玻璃表面，它转动的时候另一颗珠子就会围绕着它旋转。
One of the beads was pinned to a glass surface so that as it spun the other rotated around it.
实验中，研究人员在玻璃表面灌注了这种纳米粒子，通过这种方式展现此材料强大的抗菌能力。
In tests, the team were able to impregnate glass surfaces with the nanoparticles, allowing them to demonstrate just how robust the material was.
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