- 表面電荷密度
- surface: n. 1.表面；地面；水面；廣場，空地。 2.外觀，外表 ...
- charge: vt. 1.填；裝(子彈)；充(電)；使飽和；使充滿；堆 ...
- density: n. 1.稠密；濃厚。 2.【物理學】濃度；密度；比重。 ...
- charge, surface density of: 電荷表面密度
- density of surface charge: 面電荷密度
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surface charge density中文什么意思
- 表面電荷密度
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例句與用法
- Improving the resolution of surface charge density measurement
表面電荷密度測量中探頭分辨率的提高 - Surface charge density
表面電荷密度 - Considering the geometrical figure of tube and tip , we calculated the surface charge density relative distribution curve of metallic carbon nanotube
摘要考慮碳納米管尺寸及端帽形狀，計算得到了比較精確的金屬型納米管表面電荷密度相對分布曲線。 - Abstract : articles about the theory of “ distribution function of surface charge density ” are reviewed and that this theory is incorrect is argued from viewpoint of symmetry
文摘:從對稱性角度出發(fā)討論了導體表面的電荷分布問題，并對“電荷密度分布函數(shù)”的理論作了評述 - This article solves some theoretical problems of electrostatic suspension based on optoelectronic feedback control . the mechanism of electrostatic induction of conductive suspended objects ( cso ) and electrostatic polarization of insulting suspended objects ( iso ) was theoretical discussed . the equations of charge density on the surface of suspended object caused by electrostatic field were developed . we further provided the equations describing the quantitative relationship of electrostatic forces verses the electrode voltages , the electrode area , the suspending gap , and the electric characteristic of suspended object . these equations show that the inducted surface charge density of cso is greater than the polarized surface charge density of iso , as a result , the electrostatic force acting on cso is larger than that acting on iso , as already proved by the experimental results of measured electrostatic forces . this work provided the theoretical equations and the mathematical models for effectively realizing the optoelectronic feedback control of electrostatic suspension
本文主要討論光電反饋式靜電懸浮的理論問題.研究在靜電場作用下導電懸浮體的靜電感應機制和絕緣懸浮體的靜電極化機理，推導出懸浮體表面的感應電荷或極化電荷的計算公式，以及作用于懸浮體上的靜電懸浮力的計算公式，在理論上揭示了靜電力與電極電壓、電極面積、懸浮間距及懸浮體電學特性等因素之間的關系.結果表明，導電懸浮體表面的感應電荷量比絕緣懸浮體表面的極化電荷量多，因此前者所受的靜電懸浮力比后者大，但兩者均可實現(xiàn)靜電懸浮，這些結論與實驗結果完全符合.本文工作為實現(xiàn)靜電懸浮的光電反饋控制提供了理論依據(jù)