estimated life

简明释义

估计年限,估计寿命［机器］

英英释义

例句

1.The estimated life of this battery is around 300 charge cycles.

这个电池的预计寿命大约是300个充电周期。

2.The contractor provided an estimated life for the roofing materials used.

承包商提供了所用屋顶材料的预计寿命。

3.Before purchasing, I always check the estimated life of appliances.

在购买之前，我总是检查电器的预计寿命。

4.The manufacturer claims that the product has an estimated life of five years.

制造商声称该产品的预计寿命为五年。

5.We need to consider the estimated life of the equipment when planning the budget.

在规划预算时，我们需要考虑设备的预计寿命。

作文

The concept of estimated life is crucial in many fields, especially in engineering, finance, and environmental science. Understanding the estimated life of a product or material can significantly impact decision-making processes. For instance, when a company designs a new product, they must consider its estimated life to determine how long it will remain functional and useful to consumers. This assessment not only affects the design but also influences marketing strategies and pricing. In engineering, the estimated life of a structure, such as a bridge or a building, is determined based on materials used, environmental conditions, and expected usage. Engineers conduct rigorous testing and analysis to predict how long these structures will last before requiring maintenance or replacement. A well-calculated estimated life ensures public safety and optimal resource allocation. Similarly, in the automotive industry, manufacturers provide an estimated life for various vehicle components, such as tires and batteries. Consumers rely on this information to make informed purchasing decisions. If a tire has a low estimated life, drivers might choose to replace it sooner to avoid potential accidents caused by tire failure. This transparency fosters trust between manufacturers and consumers, enhancing brand loyalty. In finance, understanding the estimated life of an investment is vital for assessing risk and return. Investors analyze the estimated life of assets, such as stocks or real estate, to forecast their potential value over time. By evaluating how long an asset is expected to generate returns, investors can make strategic decisions about buying, holding, or selling. This aspect of financial planning is essential for achieving long-term goals, such as retirement or funding education. Environmental scientists also utilize the concept of estimated life when studying natural resources. For example, the estimated life of a forest can be calculated based on growth rates, ecological conditions, and human impact. This information helps policymakers develop sustainable management practices that ensure the longevity of these vital ecosystems. By understanding the estimated life of natural resources, societies can work towards preserving them for future generations. In conclusion, the term estimated life encompasses a wide range of applications across different fields. Whether it pertains to products, structures, investments, or natural resources, having a clear understanding of the estimated life can lead to better decision-making and resource management. As we continue to face challenges related to sustainability and efficiency, the importance of accurately estimating the estimated life of various entities will only grow. By embracing this concept, we can work towards a more informed and responsible future.

“估计寿命”这一概念在许多领域中至关重要，尤其是在工程、金融和环境科学等领域。理解产品或材料的估计寿命可以显著影响决策过程。例如，当一家公司设计新产品时，他们必须考虑其估计寿命，以确定它将保持多长时间的功能性和对消费者的实用性。这种评估不仅影响设计，还影响营销策略和定价。在工程领域，结构（例如桥梁或建筑物）的估计寿命是基于所用材料、环境条件和预期使用情况来确定的。工程师进行严格的测试和分析，以预测这些结构在需要维护或更换之前将持续多久。经过良好计算的估计寿命确保公共安全和最佳资源分配。同样，在汽车行业，制造商提供各种车辆组件（例如轮胎和电池）的估计寿命。消费者依赖这些信息做出明智的购买决策。如果一条轮胎的估计寿命较低，驾驶者可能会选择尽早更换，以避免因轮胎故障而导致的潜在事故。这种透明度在制造商与消费者之间建立了信任，增强了品牌忠诚度。在金融领域，理解投资的估计寿命对于评估风险和回报至关重要。投资者分析资产（如股票或房地产）的估计寿命，以预测其随时间的潜在价值。通过评估资产预计能生成回报的时间，投资者可以就购买、持有或出售做出战略决策。这一财务规划的方面对于实现长期目标（如退休或教育资金）至关重要。环境科学家在研究自然资源时也利用估计寿命的概念。例如，可以根据生长速率、生态条件和人类影响来计算森林的估计寿命。这些信息帮助决策者制定可持续管理实践，以确保这些重要生态系统的长期存在。通过理解自然资源的估计寿命，社会可以为未来几代人保护这些资源而努力。总之，估计寿命这一术语涵盖了不同领域广泛的应用。无论是涉及产品、结构、投资还是自然资源，清晰理解估计寿命都能带来更好的决策和资源管理。随着我们继续面临与可持续性和效率相关的挑战，准确估计各种实体的估计寿命的重要性只会增加。通过接受这一概念，我们可以朝着一个更加明智和负责任的未来努力。