CAJ | 학술논문

首先对增强现实技术的发展背景及理论基础进行了简单介绍，然后提出了增强现实技术在晶体结构教学上的应用。设计了一套完整的分别用于 Web 程序和应用程序的制作方案。利用计算机、摄像头和制作的标识立方体组成一个电教工具。在真实的场景中对虚拟的晶体结构进行操作，有利于增强教学的直观性和交互性，从而提高教学的效率。最后对设计进行了测试分析，提出了优点与不足。
수선대증강현실기술적발전배경급이론기출진행료간단개소，연후제출료증강현실기술재정체결구교학상적응용。설계료일투완정적분별용우 Web 정서화응용정서적제작방안。이용계산궤、섭상두화제작적표식립방체조성일개전교공구。재진실적장경중대허의적정체결구진행조작，유리우증강교학적직관성화교호성，종이제고교학적효솔。최후대설계진행료측시분석，제출료우점여불족。
Firstly, this paper briefly introduces the background of the development of augmented reality and theoretical basis. And then it gives the application of augmented reality technology in the teaching of crystal structure. A complete set of design is used for making Web program and application program. It uses computer, camera and the logo cube produced to compose an audiovisual tools. Operating the crystal structure in virtual real scene is advantageous to the enhancement in teaching and interaction , so as to improve the teaching efficiency. At the end, the design is tested and analyzed, putting forward the advantage and deficiency.