cushioning effect

简明释义

缓冲作用

英英释义

例句

1.The use of a soft blanket can create a cushioning effect for babies when they are learning to crawl.

使用柔软的毯子可以为婴儿在学习爬行时创造一个缓冲效果。

2.In construction, using soft materials can create a cushioning effect to protect delicate structures from vibrations.

在建筑中，使用软材料可以产生缓冲效果，保护精致结构免受振动影响。

3.Yoga mats offer a cushioning effect that helps practitioners maintain balance and comfort during poses.

瑜伽垫提供的缓冲效果帮助练习者在姿势中保持平衡和舒适。

4.The airbags in cars are designed to provide a cushioning effect during accidents, minimizing injury to passengers.

汽车中的安全气囊旨在在事故发生时提供缓冲效果，最大限度地减少乘客受伤。

5.The new foam padding in the running shoes provides a significant cushioning effect, reducing the impact on the joints.

新款跑鞋中的泡沫衬垫提供了显著的缓冲效果，减少了对关节的冲击。

作文

The concept of the cushioning effect is an essential principle in various fields, including psychology, economics, and engineering. It refers to the ability of a material or system to absorb shock or impact, thereby reducing the severity of an event. In psychology, for instance, the cushioning effect can describe the way supportive relationships help individuals cope with stress and adversity. When faced with challenges, having a network of friends or family can provide emotional support, making the difficulties seem less daunting. This emotional buffer allows people to navigate tough times more effectively, showcasing the importance of social connections in our lives.In economics, the cushioning effect can be seen during economic downturns. Governments often implement stimulus packages to soften the blow of recessions on their citizens. By providing financial support, they help maintain consumer confidence and spending, which in turn stabilizes the economy. This intervention acts as a cushion for the population, preventing widespread financial distress and enabling a quicker recovery once the economy begins to rebound. The cushioning effect here illustrates how proactive measures can mitigate negative impacts on society.In the field of engineering, the cushioning effect is vital in designing structures that can withstand natural disasters such as earthquakes. Engineers use materials and designs that allow buildings to absorb and dissipate energy from seismic activity, reducing the risk of collapse. This application of the cushioning effect not only protects human life but also minimizes economic losses associated with infrastructure damage.Furthermore, in everyday life, we often encounter the cushioning effect in various forms. For example, when we wear shoes with cushioned soles, they help absorb the impact of walking or running, protecting our feet and joints from injury. Similarly, car manufacturers design vehicles with crumple zones that absorb energy during a collision, enhancing passenger safety. These examples highlight how the cushioning effect is not just a theoretical concept but a practical application that enhances our daily experiences.In conclusion, the cushioning effect plays a crucial role in multiple domains, serving as a protective mechanism against shocks and stresses. Whether it is through emotional support in challenging times, economic interventions during downturns, structural designs in engineering, or everyday products that enhance comfort and safety, understanding this concept helps us appreciate the ways we can mitigate negative impacts in our lives. Embracing the cushioning effect allows us to build resilience and navigate the complexities of life more effectively.

“缓冲效应（cushioning effect）”的概念在心理学、经济学和工程学等多个领域都是一个重要的原则。它指的是材料或系统吸收冲击或影响的能力，从而减少事件的严重性。例如，在心理学中，缓冲效应可以描述支持性关系如何帮助个体应对压力和逆境。当面临挑战时，拥有朋友或家人的网络可以提供情感支持，使困难看起来不那么艰巨。这种情感缓冲使人们能够更有效地应对艰难时期，展示了社会联系在我们生活中的重要性。在经济学中，缓冲效应可以在经济衰退期间看到。政府通常会实施刺激措施，以减轻经济衰退对其公民的打击。通过提供财政支持，他们帮助维护消费者信心和支出，从而稳定经济。这种干预作为人口的缓冲，防止了广泛的财务困境，并使经济在反弹时能够更快恢复。这里的缓冲效应说明了积极措施如何减轻对社会的负面影响。在工程领域，缓冲效应在设计能够承受自然灾害（如地震）的结构时至关重要。工程师使用材料和设计，使建筑能够吸收和消散来自地震活动的能量，从而降低倒塌的风险。这种缓冲效应的应用不仅保护了人类生命，还最小化了与基础设施损坏相关的经济损失。此外，在日常生活中，我们经常以各种形式遇到缓冲效应。例如，当我们穿着具有缓冲鞋底的鞋子时，它们有助于吸收行走或跑步时的冲击，保护我们的脚和关节免受伤害。同样，汽车制造商设计车辆时设有可变形区，以便在碰撞时吸收能量，提高乘客安全。这些例子突显了缓冲效应不仅是一个理论概念，而是增强我们日常体验的实用应用。总之，缓冲效应在多个领域中发挥着至关重要的作用，作为抵御冲击和压力的保护机制。无论是在困难时期的情感支持、经济衰退期间的干预、工程中的结构设计，还是增强舒适性和安全性的日常产品，理解这一概念有助于我们欣赏减轻生活中负面影响的方式。拥抱缓冲效应使我们能够建立韧性，更有效地应对生活的复杂性。