"有时候，在提炼的过程中会出现这些情况：一个气泡没有被移除，一个砂粒没有熔化，（熔融的）锡的一次颤动把波纹带进了玻璃带中。
Occasionally, a bubble is not removed during refining, a sand grain refuses to melt, a tremor in the tin puts ripples into the glass ribbon.
可以使用不同纯度、粒度的硅粉，经过光聚焦加热熔化，最后得到不同长度、宽度和厚度的颗粒硅带衬底材料。
Silicon powder with different purity and particle dimensions can be melted by focused lights emitted from heating lamps, then silicon substrate with various length, width and thickness is formed.
结果表明：只有微分干涉相衬法光学金相才清晰地显示了熔合区扩散过渡层存在白亮、光滑、无胞状柱状凝固特征的“白亮带”和具有胞状凝固特征的后续熔化滞留层。
The results show that "the bright band" and "follow-up melted stagnant layer" are clearly observed only with differential interference contrast and has bright and no cellar-columnar.
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