| 1. | Methods of measurement for the characteristics of sound reinforcement in auditoria
厅堂扩声特性测量方法 |
| 2. | Multi - channel sound reinforcement system
先进的音响设备 |
| 3. | Design of multimedia classroom based on moving frequency sound reinforcement system
基于移频扩声系统在多媒体教室中的设计 |
| 4. | Specification of loudspeaker components used in professional audio and sound reinforcement
专业性声频和声增强使用的扬声器元部件规范 |
| 5. | Acoustical characteristics and measurement methods for the sound reinforcement system in ballroom
歌舞厅扩声系统的声学特性指标与测量方法 |
| 6. | Manufacturer of professional audio mixing consoles for sound reinforcement , recording and installation
专业的录音和安装的控制?的制造业者。 |
| 7. | An application example of the design of sound reinforcement system in the gymnasium of huangshi technology institute
黄石理工学院体育馆扩声系统设计应用实例 |
| 8. | Reduction of sound interference in sound reinforcement field and the application line array in sound reinforcement
浅述减少扩声声场的声干涉及线阵列在扩声中的应用 |
| 9. | It is pointed that the concept of the acoustical design for gymnasiums should be an entity of the architectural acoustics and the designs of sound reinforcement that the concept of traditional optimal reverberation time in gymnasiums , which is actually the optimal articulation obtained by reverberation time and sound reinforcement , doesn ' t exist , and that the reverberation time in existing code for acoustical on gymnasiums can be widen
指出：体育馆声学设计的概念应该是建筑声学和扩声系统设计的统一体；体育馆不存在传统最佳混响时间的概念，体育馆“最佳混响”就是混响时间和扩声系统结合达到的最佳清晰度概念；现行体育馆建筑声学标准中混响时间可以放宽，其意义在于扩声系统和声学装修的优化结合，从而节约国家相关建设投资。 |
