1) rotating and sweeping affect
旋扫效应
2) Blow and sweep the effect
吹扫效应
3) sweepout
扫出效应
1.
The results show that the overlap structure offers a region storing the minority carriers, which suppresses the sweepout and increases the average photo induced carrier concentration, thus improving the responsivily.
结果表明，叠层结构相当于提供一个少数载流子存储区，可有效抑制扫出效应，提高体内光生载流子的平均浓度，从而提高响应率。
4) optical activity
旋光效应
1.
Wave coupling theory of optical activity in birefringent crystal;
双折射晶体中旋光效应的耦合波理论
2.
Based on analyzing the optical activity of BSO and the principle and structure of the BSO-based optical-addressed spatial light modulator (SLM), the influences of the optical activity of BSO on the performance of SLM are concluded.
对BSO晶体的旋光效应特性及BSO基光寻址空间光调制器的结构及工作原理的研究表明晶体旋光效应会影响空间光调制器的图像转换质量。
5) rotating effect
旋转效应
1.
The results reveal that the ratio between inflow inertia force and rotating effect is the main .
研究结果表明,进气惯性力和旋转效应的相对大小是影响带有微型涡轮的旋转盘腔内部流场的主要因素,高转速时,旋转效应主要控制流场结构。
6) helical-effect
螺旋效应
1.
Furthermore,the essence of excellence property of helical and twisted reinforcement material and the sense of study on helical-effect is discussed,and good future of the application of "helical shape" idea on other material design field is analized.
基于国内外出现的众多具有螺旋外形的材料,提出了螺旋扭状增强材料的概念,介绍了螺旋扭状增强材料所存在的形式及其主要特征,综述了其力学性能及粘结锚固性能的研究现状,讨论了螺旋扭状增强材料性能优于其他材料的机理,探讨了研究螺旋效应的意义,并分析了“螺旋外形”设计思想在其他材料设计领域内广阔的应用前景。
2.
The helical-effect of helical and twisted reinforcement material is analyzed.
阐述了螺旋扭状增强材料的螺旋效应表现,分析了螺旋扭状增强材料几何形态特征参数,提出了螺旋扭状增强材料粘结锚固力的机理模型,并进行了基本公式推导和敏感性分析。
补充资料：旋扫
1.随即清扫。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条