conical beam

简明释义

锥形射束

英英释义

例句

1.The laser emitted a conical beam, allowing for precise targeting of the object.

激光发出了一束锥形光束，使得对目标的精确瞄准成为可能。

2.The searchlight produced a powerful conical beam that illuminated the entire area.

探照灯发出了强大的锥形光束，照亮了整个区域。

3.Engineers designed a new type of flashlight with a conical beam for better visibility.

工程师设计了一种新型手电筒，具有更好的可视性的锥形光束。

4.In the presentation, the speaker used a conical beam projector to highlight key points.

在演示中，演讲者使用了锥形光束投影仪来突出关键点。

5.The conical beam from the lighthouse can be seen from miles away.

灯塔发出的锥形光束可以从几英里外看到。

作文

In the field of optics and engineering, the term conical beam refers to a type of light or energy distribution that spreads out in a cone shape from a specific source. This phenomenon is particularly significant in various applications such as laser technology, telecommunications, and even in architectural lighting design. Understanding how a conical beam works can greatly enhance our ability to utilize these technologies effectively. A conical beam is characterized by its unique geometry; it originates from a point source and diverges outward in a conical shape. The angle of divergence can vary depending on the source and the medium through which the light is traveling. For example, in laser applications, a tightly focused conical beam allows for precision targeting over long distances, making it invaluable in fields such as surgery and industrial cutting. In telecommunications, the concept of a conical beam plays a crucial role in the design of antennas. Antennas that emit signals in a conical pattern can cover a wider area, ensuring better connectivity and signal strength. This is particularly important in mobile communications where maintaining a strong signal is essential for effective communication. By optimizing the conical beam emitted by antennas, engineers can significantly improve network performance. Moreover, in architectural lighting design, the use of conical beams can create dramatic effects and enhance the aesthetics of a space. By strategically placing lights that emit conical beams, designers can highlight architectural features and create an inviting atmosphere. The ability to control the angle and intensity of these beams allows for versatile lighting solutions that can adapt to different environments and occasions. The understanding of conical beams also extends to the study of acoustics. Similar to light, sound can also travel in a conical pattern, especially when produced by certain types of speakers or musical instruments. This principle is utilized in designing concert halls and auditoriums, where the goal is to ensure that sound reaches every corner of the venue uniformly. By analyzing how conical beams of sound propagate, acousticians can create spaces that provide optimal listening experiences. In conclusion, the concept of a conical beam is not only fascinating but also integral to many modern technologies and designs. From lasers to telecommunications and architectural lighting, the applications of conical beams are diverse and impactful. As we continue to explore and innovate in these fields, a deeper understanding of conical beams will undoubtedly lead to advancements that enhance both functionality and aesthetic appeal in our everyday lives.

在光学和工程领域，术语圆锥光束指的是一种从特定源发散的光或能量分布，呈现出锥形。这个现象在激光技术、电信，甚至建筑照明设计等各种应用中尤为重要。理解圆锥光束的工作原理可以大大提高我们有效利用这些技术的能力。圆锥光束的特点在于其独特的几何形状；它源自一个点源，并向外发散成锥形。发散角度可能会因源和光传播的介质而异。例如，在激光应用中，紧密聚焦的圆锥光束使得在长距离内的精确瞄准成为可能，这在手术和工业切割等领域中是无价的。在电信领域，圆锥光束的概念在天线设计中发挥着关键作用。以锥形模式发射信号的天线可以覆盖更广的区域，确保更好的连接性和信号强度。这在移动通信中尤为重要，因为保持强信号对于有效沟通至关重要。通过优化天线发出的圆锥光束，工程师可以显著提高网络性能。此外，在建筑照明设计中，利用圆锥光束可以创造戏剧性的效果并增强空间的美感。通过战略性地放置发出圆锥光束的灯光，设计师可以突出建筑特征，营造宜人的氛围。控制这些光束的角度和强度的能力允许灵活的照明解决方案，能够适应不同的环境和场合。圆锥光束的理解也扩展到声学研究。与光类似，声音也可以以锥形模式传播，特别是当由某些类型的扬声器或乐器产生时。这个原理被用于设计音乐厅和礼堂，其目标是确保声音均匀地到达场地的每个角落。通过分析圆锥光束的声音传播，声学家可以创造提供最佳听觉体验的空间。总之，圆锥光束的概念不仅令人着迷，而且在许多现代技术和设计中至关重要。从激光到电信，再到建筑照明，圆锥光束的应用是多样而深远的。随着我们继续探索和创新这些领域，对圆锥光束的更深入理解无疑将推动提升我们日常生活中功能性和美学吸引力的进步。