backflow ripple

简明释义

回流波痕;

英英释义

例句

1.During the storm, we noticed a backflow ripple 回流涟漪 that caused flooding in the streets.

在暴风雨期间，我们注意到一个 回流涟漪 导致街道泛滥。

2.The backflow ripple 回流涟漪 from the fountain added a soothing sound to the garden.

喷泉的 回流涟漪 为花园增添了舒缓的声音。

3.The backflow ripple 回流涟漪 in the pool created an unusual wave pattern that fascinated the children.

泳池中的 回流涟漪 产生了不寻常的波浪图案，吸引了孩子们的注意。

4.The engineer explained how the backflow ripple 回流涟漪 could affect the water quality in the reservoir.

工程师解释了如何影响水库水质的 回流涟漪。

5.To prevent contamination, the city installed a system to manage backflow ripple 回流涟漪 in the sewage system.

为了防止污染，市政府安装了一个系统来管理污水系统中的 回流涟漪。

作文

In the realm of physics and fluid dynamics, the concept of backflow ripple refers to the phenomenon where fluid flows backward in a system, creating waves or ripples that affect the surrounding environment. This term can be applied in various contexts, from plumbing systems to natural water bodies. Understanding the implications of backflow ripple is crucial for engineers, environmentalists, and anyone involved in water management. To illustrate this concept, consider a scenario in which a river experiences heavy rainfall upstream. The increased water volume can cause the river to overflow, leading to a situation where water flows back into smaller tributaries. This reverse flow generates backflow ripple, impacting local ecosystems and potentially causing flooding in areas that are typically safe from such events. The ripples created by this backflow can disturb aquatic life, alter sediment distribution, and even affect the quality of water in these tributaries. In urban settings, backflow ripple can pose significant challenges for infrastructure. For instance, in a city with a complex drainage system, heavy rains can lead to the backflow of sewage or stormwater into residential areas. This not only creates health hazards but also necessitates costly repairs and maintenance. Engineers must design systems that mitigate the risks associated with backflow ripple, ensuring that water flows in the intended direction and does not create adverse effects on public health and safety. Moreover, the concept of backflow ripple extends beyond physical water systems. In social contexts, it can metaphorically describe situations where actions or decisions lead to unintended consequences that ripple through a community or organization. For example, a company may implement a new policy aimed at increasing productivity, but if it backfires, it could lead to employee dissatisfaction and reduced morale—creating a ripple effect that impacts overall performance. In conclusion, the term backflow ripple encompasses both literal and metaphorical meanings. Its significance in fluid dynamics highlights the importance of understanding how systems interact and the potential consequences of changes within those systems. Whether in environmental science or organizational behavior, recognizing the implications of backflow ripple allows for better planning and decision-making, ultimately leading to more sustainable and effective outcomes. By studying this phenomenon, we can learn how to anticipate and manage the ripples that our actions may create, ensuring a more harmonious balance within both natural and social systems.

在物理学和流体动力学领域，短语backflow ripple指的是液体在系统中向后流动的现象，这种流动会产生波纹或涟漪，从而影响周围环境。这个术语可以应用于各种上下文，从管道系统到自然水体。理解backflow ripple的含义对于工程师、环境学家以及任何参与水资源管理的人来说都是至关重要的。为了说明这一概念，考虑一个场景：一条河流在上游经历了强降雨。水量的增加可能导致河流溢出，造成水流回小支流。这种反向流动产生了backflow ripple，影响当地生态系统，并可能导致通常安全的地区发生洪水。反向流动产生的涟漪可能会扰乱水生生物，改变沉积物的分布，甚至影响这些支流的水质。在城市环境中，backflow ripple可能对基础设施构成重大挑战。例如，在一个排水系统复杂的城市，强降雨可能导致污水或雨水反流到居民区。这不仅会造成健康隐患，还会导致昂贵的维修和维护费用。工程师必须设计能够减轻与backflow ripple相关风险的系统，确保水按照预定方向流动，而不会对公共健康和安全造成不利影响。此外，backflow ripple的概念超越了物理水系统。在社会背景中，它可以比喻性地描述某些行为或决策导致意想不到的后果，这些后果在社区或组织中产生涟漪效应。例如，一家公司可能实施了一项旨在提高生产力的新政策，但如果政策适得其反，可能导致员工不满和士气降低，从而产生影响整体表现的涟漪效应。总之，术语backflow ripple涵盖了字面和比喻的含义。它在流体动力学中的重要性突显了理解系统如何相互作用以及这些系统内部变化的潜在后果的重要性。无论是在环境科学还是组织行为中，认识到backflow ripple的影响有助于更好地规划和决策，最终实现更可持续和有效的结果。通过研究这一现象，我们可以学习如何预见和管理我们的行为可能产生的涟漪，确保自然和社会系统之间的更和谐平衡。