镜头感设计的情境体验方式在动画分镜教学中的运用探究

镜头感的设计是动画分镜中至关重要的一环,为了使画面更具视觉冲击力,需要将多种镜头效果合理融入分镜设计中,本文将详细阐述如何将镜头感灵活运用在画面分镜教学中,并通过情景体验方式使学生更易掌握,最终使作品在视觉效果的灵动性上得以全面提升。     

Uniform fabrication of Ge nanocrystals embedded into SiO2 film via neutro transmutation doping

Nanocrystalline74Ge embedded SiO2 films were prepared by employing ion implantation and neutron transmutation doping methods.Transmission electron microscopy, energy dispersive x-ray spectroscopy, and photoluminescence of the obtained samples were measured. The existence of As dopants transmuted from74 Ge is significant to guarantee the uniformity and higher volume density of Ge nanocrystals by tuning the system’s crystallinity and activating mass transfer process. It was observed that the photoluminescence intensity of Ge nanocrystals increased first then decreased with the increase of arsenic concentration. The optimized fluence of neutron transmutation doping was found to be5.5 1017 cm 2to achieve maximum photoluminescence emission in Ge embedded SiO2 film. This work opens a route in the three-dimensional nanofabrication of uniform Ge nanocrystals.     

N注入过程中Ti薄膜内的晶体结构变化

利用电子束加热沉积（EBD）法在经洁净处理的NaCl基板表面沉积Ti薄膜,并利用离子加速器向薄膜中注入62keV N＋2离子,分析了N注入前后Ti薄膜中的晶体结构变化.透射电镜（TEM）观察结果表明,N原子的侵入导致Ti薄膜发生hcp-fcc相变,部分hcp-Ti转变成fcc-TiNy;N原子占据晶格中八面体间隙位置产生晶格畸变而导致的内应力可能是hcp-fcc相变的驱动力之一.随着薄膜中N含量的增加,hcp-Ti减少,fcc-TiNy成分增多.利用电子能量损失谱（EELS）测定了Ti薄膜的能量损失变化,分析认为由于N的侵入,Ti原子与N原子结合形成了TiNy化合物,N 2p外层电子主要和Ti 3p-4s形成杂化轨道而成键.     

用电荷耦合器件观察小孔径密闭容器内图像的研究

本文介绍了一种利用电荷耦合器件和非球面透镜制作探头来观测小孔径密闭容器内图像的方法 ,以及用 Borland C 创建视频窗口来处理数据 .