singing propeller

简明释义

谐鸣螺旋桨

英英释义

例句

1.The engineer was concerned when the singing propeller 鸣叫的螺旋桨 sound changed pitch during the test flight.

工程师在测试飞行中担心，当singing propeller 鸣叫的螺旋桨声音的音调发生变化.

2.The pilot noticed a distinct sound coming from the engine, which he described as a singing propeller 鸣叫的螺旋桨.

飞行员注意到引擎发出一种独特的声音，他形容为一个singing propeller 鸣叫的螺旋桨.

3.As we approached the runway, I could hear the comforting sound of the singing propeller 鸣叫的螺旋桨 indicating we were about to land.

当我们接近跑道时，我能听到令人安心的singing propeller 鸣叫的螺旋桨声，表明我们即将着陆.

4.During the flight, the passengers were amused by the singing propeller 鸣叫的螺旋桨 noise that filled the cabin.

在飞行过程中，乘客们被充满机舱的singing propeller 鸣叫的螺旋桨噪音逗乐了.

5.The mechanic explained that the singing propeller 鸣叫的螺旋桨 was a sign of misalignment in the aircraft.

机械师解释说，singing propeller 鸣叫的螺旋桨是飞机对准不当的迹象.

作文

The term singing propeller refers to the distinct sound produced by the blades of a propeller as they slice through the air or water, often associated with aircraft or marine vessels. This phenomenon occurs when the propeller operates at high speeds, creating a harmonized sound that can be perceived as musical or melodic. The singing propeller effect is not just a fascinating auditory experience; it also serves as an important indicator of performance and efficiency in various vehicles. In aviation, the singing propeller can signal that the aircraft is operating within optimal parameters. Pilots and engineers pay close attention to the sounds produced by the propellers, as any deviation from the expected tones could indicate potential mechanical issues. For instance, if the propeller begins to produce an unusual noise, it may suggest that there is a problem with the blade alignment or that the propeller is experiencing excessive vibration. Thus, understanding the singing propeller phenomenon can be crucial for maintaining safety and performance in flight operations.Similarly, in marine applications, the singing propeller effect is a topic of interest among naval architects and engineers. The sound produced by the propeller can affect not only the vessel's performance but also its environmental impact. In recent years, there has been a growing concern regarding underwater noise pollution, which can disrupt marine life. By studying the singing propeller, researchers aim to develop quieter propulsion systems that minimize their acoustic footprint while still delivering efficient performance.Moreover, the singing propeller has also found its way into popular culture and art. Many musicians and sound artists have been inspired by the unique sounds produced by propellers, incorporating these auditory elements into their compositions. The blending of technology and art is evident in various installations and performances where the singing propeller becomes a central theme. This creative exploration highlights how even technical phenomena can inspire artistic expression and innovation.In conclusion, the concept of the singing propeller encompasses a range of meanings across different fields, from engineering and aviation to art and environmental studies. It serves as a reminder of the intricate relationship between sound and technology, and how understanding this relationship can lead to improved performance and creativity. As we continue to explore the implications of the singing propeller, we can appreciate not only its functional significance but also its aesthetic value in our world today.

“唱歌的螺旋桨”这个术语指的是螺旋桨叶片在穿过空气或水时产生的独特声音，通常与飞机或船舶相关。这种现象发生在螺旋桨以高速运转时，产生一种和谐的声音，可以被感知为音乐或旋律。“唱歌的螺旋桨”效应不仅仅是一个迷人的听觉体验；它还作为各种车辆性能和效率的重要指标。在航空领域，“唱歌的螺旋桨”可以表明飞机在最佳参数范围内运行。飞行员和工程师会密切关注螺旋桨发出的声音，因为任何偏离预期音调的情况都可能表明潜在的机械问题。例如，如果螺旋桨开始发出异常噪音，可能表明叶片对齐存在问题或螺旋桨正经历过度振动。因此，理解“唱歌的螺旋桨”现象对维护飞行操作的安全性和性能至关重要。同样，在海洋应用中，“唱歌的螺旋桨”效应也是海军建筑师和工程师关注的话题。螺旋桨产生的声音不仅可以影响船舶的性能，还可以影响其环境影响。近年来，人们越来越关注水下噪声污染，这可能会干扰海洋生物。通过研究“唱歌的螺旋桨”，研究人员旨在开发更安静的推进系统，以最小化其声学足迹，同时仍能提供高效的性能。此外，“唱歌的螺旋桨”也在流行文化和艺术中找到了自己的位置。许多音乐家和声音艺术家受到螺旋桨产生的独特声音的启发，将这些听觉元素融入他们的作品中。技术与艺术的融合在各种装置和表演中显而易见，其中“唱歌的螺旋桨”成为中心主题。这种创造性的探索突显了即使是技术现象也可以激发艺术表现和创新。总之，“唱歌的螺旋桨”这一概念涵盖了不同领域的多重含义，从工程和航空到艺术和环境研究。它提醒我们声音与技术之间复杂的关系，以及理解这种关系如何导致性能和创造力的提升。当我们继续探索“唱歌的螺旋桨”的影响时，我们不仅可以欣赏其功能意义，还可以欣赏其在当今世界中的美学价值。