Jia Di
Department of Dance, School of Music, Shanxi University, Taiyuan, Shanxi, China.
Department of Performing Arts and Culture, The Catholic University of Korea, Seoul, Republic of Korea.
Front Chem. 2023 Oct 3;11:1256123. doi: 10.3389/fchem.2023.1256123. eCollection 2023.
The emergence and application of conjugate materials provide a broader space for the performance of sound and presentation effects on the modern music stage. This article compared and analyzed the application of conjugated materials and traditional methods in modern dance sound effects and stage presentation effects through experiments, found that the application of conjugated materials on modern stages had the effect of enhancing visual effects. Its overall reflectivity, color saturation, brightness, transparency, etc. remain in the range of 78%-97%, which is better than traditional methods. In addition, the use of conjugated materials can also improve auditory performance, have greater penetration and durability, and reduce the impact of external noise; in terms of audience experience and dancer experience, the average proportions also reached 87.8893% and 89.3867% respectively. In addition, it also has high temperature resistance and antibacterial effects, with a maximum temperature resistance value of 314.28°C and an antibacterial effect of 95.86%, indicating that it can still maintain stability under high temperature conditions and has a good inhibitory effect on the proliferation of bacteria and viruses. These findings will lay the foundation for further expanding the application of conjugated materials on the modern dance stage.
共轭材料的出现与应用为现代音乐舞台上声音和呈现效果的表现提供了更广阔的空间。本文通过实验对比分析了共轭材料与传统方法在现代舞蹈音效和舞台呈现效果中的应用，发现共轭材料在现代舞台上的应用具有增强视觉效果的作用。其整体反射率、色彩饱和度、亮度、透明度等保持在78%-97%的范围内，优于传统方法。此外，共轭材料的使用还能提升听觉性能，具有更强的穿透力和耐久性，降低外界噪音的影响；在观众体验和舞者体验方面，平均占比也分别达到了87.8893%和89.3867%。另外，它还具有耐高温和抗菌效果，最高耐温值为314.28°C，抗菌效果为95.86%，表明其在高温条件下仍能保持稳定，对细菌和病毒的增殖具有良好的抑制作用。这些发现将为进一步扩大共轭材料在现代舞蹈舞台上的应用奠定基础。
