CAJ | 학술논문

以金属Al和半导体ZnS为例，介绍了Materials Studio软件在固体物理学习中的应用。通过建立晶格模型，计算能带、态密度、第一布里渊区和费米面，把这些抽象的物理概念具体化，从而帮助学习者更加直观、深刻地理解相关概念和理论，显示了Materials Studio在固体物理学习中具有极大的优越性。
이금속Al화반도체ZnS위례，개소료Materials Studio연건재고체물이학습중적응용。통과건립정격모형，계산능대、태밀도、제일포리연구화비미면，파저사추상적물리개념구체화，종이방조학습자경가직관、심각지리해상관개념화이론，현시료Materials Studio재고체물이학습중구유겁대적우월성。
Choosing metal Al and semiconductor ZnS as examples,introduced the application of Materials Studio in the study of solid state physics.By building lattice model,calculating the energy band,density of states,first Brillouin zone,and Fermi surface,the abstract physics concepts can be concrete.Therefore,it helps learners to have more intuitive and deeper understanding of the related concepts and theories,showing great advantages in solid state physics learning.