Furthermore, we studied the influence of length, radius and aspect ratio on the charge density relative distribution curve, showing that length and radius play an important role in relative charge distribution of tube and in tip respectively.
英
美
- 進(jìn)一步研究了長(cháng)度、半徑和長(cháng)徑比對電荷密度相對分布曲線(xiàn)的影響，表明長(cháng)度主要影響管身電荷密度相對分布，半徑主要影響尖端電荷密度相對分布。
