absorption loss

简明释义

吸收损失

英英释义

例句

1.In optical fibers, absorption loss refers to the reduction in signal strength due to the material absorbing light.

在光纤中，吸收损耗指的是由于材料吸收光线而导致的信号强度降低。

2.The absorption loss in the transmission line can affect the overall efficiency of the communication system.

传输线中的吸收损耗会影响通信系统的整体效率。

3.To minimize absorption loss, manufacturers often use special coatings on glass lenses.

为了最小化吸收损耗，制造商通常在玻璃镜头上使用特殊涂层。

4.High temperatures can increase absorption loss in certain materials, affecting their performance.

高温可以增加某些材料中的吸收损耗，影响其性能。

5.Engineers must consider absorption loss when designing acoustic panels for soundproofing.

工程师在设计声学面板用于隔音时必须考虑到吸收损耗。

作文

In the world of physics and engineering, the concept of absorption loss plays a crucial role in understanding how energy is transmitted through various media. Absorption loss refers to the loss of energy that occurs when a wave, such as light or sound, passes through a material and is absorbed rather than transmitted. This phenomenon can significantly affect the performance of systems that rely on efficient energy transfer, such as telecommunications, acoustics, and optics.To illustrate the impact of absorption loss, consider the example of optical fibers used in communication networks. These fibers are designed to transmit light signals over long distances with minimal loss of data integrity. However, as the light travels through the fiber, some of it is absorbed by the material, leading to absorption loss. This loss can limit the distance over which signals can be effectively transmitted and necessitates the use of repeaters to boost the signal strength.Similarly, in the field of acoustics, absorption loss is an important factor to consider when designing concert halls or auditoriums. The materials used in these spaces can absorb sound waves, which affects the overall acoustics and clarity of the performance. Architects and acoustical engineers must carefully select materials that minimize absorption loss to ensure that sound quality is preserved for the audience.Moreover, absorption loss is not limited to just light and sound; it also occurs in other forms of energy transfer, such as heat. For instance, when heat is transferred through walls or insulation, some of it may be absorbed by the materials, resulting in absorption loss. This is particularly relevant in energy-efficient building design, where minimizing absorption loss can lead to significant energy savings and improved thermal comfort.Understanding absorption loss is essential for engineers and scientists working across various disciplines. It informs the design of more efficient systems and helps predict how different materials will behave under specific conditions. By studying absorption loss, researchers can develop new materials that have lower absorption rates, thereby enhancing performance in applications ranging from telecommunications to renewable energy technologies.In conclusion, absorption loss is a fundamental concept that affects many areas of science and engineering. By recognizing its implications and finding ways to mitigate its effects, we can improve the efficiency of energy transfer systems and create better products and environments for society. Whether in the realm of light, sound, or heat, understanding and addressing absorption loss is key to advancing technology and enhancing our everyday experiences.

在物理学和工程学的世界中，吸收损失这一概念在理解能量如何通过各种介质传输方面起着至关重要的作用。吸收损失指的是当波（例如光或声）通过材料时发生的能量损失，这些能量被材料吸收而不是传输。这种现象可以显著影响依赖高效能量传输的系统的性能，例如电信、声学和光学。为了说明吸收损失的影响，可以考虑光纤在通信网络中的应用。这些光纤旨在以最小的数据完整性损失将光信号传输到远距离。然而，当光在光纤中传播时，一部分光会被材料吸收，从而导致吸收损失。这种损失可能限制信号有效传输的距离，并需要使用中继器来增强信号强度。同样，在声学领域，吸收损失是设计音乐厅或礼堂时必须考虑的重要因素。这些空间中使用的材料可以吸收声波，这会影响整体音响效果和表演的清晰度。建筑师和声学工程师必须仔细选择材料，以最小化吸收损失，以确保观众的音质得以保留。此外，吸收损失不仅限于光和声；它还发生在其他形式的能量传输中，例如热量。例如，当热量通过墙壁或绝缘材料传递时，部分热量可能会被材料吸收，从而导致吸收损失。在节能建筑设计中，这一点尤为相关，最小化吸收损失可以带来显著的能源节约和改善的热舒适度。理解吸收损失对于在各个学科工作的工程师和科学家至关重要。它为更高效的系统设计提供了信息，并帮助预测不同材料在特定条件下的行为。通过研究吸收损失，研究人员可以开发出具有较低吸收率的新材料，从而提高电信和可再生能源技术等应用的性能。总之，吸收损失是影响科学和工程许多领域的基本概念。通过认识其影响并找到减轻其影响的方法，我们可以提高能量传输系统的效率，并为社会创造更好的产品和环境。无论是在光、声还是热的领域，理解和解决吸收损失是推动技术进步和提升我们日常体验的关键。