failure rate

简明释义

平均故障率

英英释义

例句

1.The failure rate (故障率) of the equipment has been a major concern for the engineering team.

设备的故障率一直是工程团队关注的主要问题。

2.The new software update significantly reduced the failure rate (故障率) of the system.

新的软件更新显著降低了系统的故障率。

3.To improve quality control, we need to monitor the failure rate (故障率) closely.

为了改善质量控制，我们需要密切监测故障率。

4.In our recent study, we found that the failure rate (故障率) of the battery was higher than expected.

在我们最近的研究中，我们发现电池的故障率高于预期。

5.Manufacturers are always looking for ways to decrease the failure rate (故障率) of their products.

制造商总是在寻找降低产品故障率的方法。

作文

In today's fast-paced technological world, the concept of the failure rate (失败率) has become increasingly relevant across various industries. The failure rate (失败率) refers to the frequency at which a particular system, product, or process fails to perform its intended function. Understanding and managing this metric is crucial for businesses striving for efficiency, reliability, and customer satisfaction.To illustrate the significance of the failure rate (失败率), let's consider the manufacturing sector. In factories, machines and equipment are essential for production. If a machine has a high failure rate (失败率), it can lead to significant downtime, increased costs, and delayed delivery of products. For instance, if a robotic arm used in assembling electronics breaks down frequently, the entire production line may halt, causing a backlog of orders. Therefore, manufacturers must monitor the failure rate (失败率) of their machinery and implement preventive maintenance strategies to minimize disruptions.Similarly, in the software development industry, the failure rate (失败率) of applications is a critical concern. When software is released with numerous bugs or performance issues, it can frustrate users and damage the company's reputation. For example, a mobile app with a high failure rate (失败率) due to crashes or slow loading times will likely receive negative reviews, leading to decreased downloads and user engagement. Developers often conduct rigorous testing to identify and rectify potential failures before launching their products, aiming to achieve a low failure rate (失败率).Moreover, the failure rate (失败率) is not limited to tangible products; it also applies to services. In the healthcare industry, for instance, patient care protocols must be executed flawlessly to ensure safety and efficacy. A high failure rate (失败率) in administering medications or performing surgeries can have dire consequences for patients. Medical institutions continuously analyze their failure rate (失败率) in various procedures to enhance training programs and improve overall patient outcomes.In education, the concept of failure rate (失败率) can relate to student performance. Schools track the failure rate (失败率) of students in specific subjects to identify those who may need additional support. A high failure rate (失败率) in mathematics, for example, could prompt educators to revise their teaching strategies or provide tutoring resources to help struggling students succeed.Understanding the factors contributing to the failure rate (失败率) is vital for organizations aiming to improve their processes. Common causes of failure include inadequate training, poor quality materials, insufficient testing, and lack of communication. By addressing these root causes, companies can significantly reduce their failure rate (失败率) and enhance their overall performance.In conclusion, the failure rate (失败率) is a critical metric that spans various sectors, influencing everything from manufacturing to software development, healthcare, and education. Organizations that prioritize understanding and managing their failure rate (失败率) can improve their operations, ensure customer satisfaction, and ultimately drive success. As we continue to innovate and evolve in our respective fields, keeping a close eye on the failure rate (失败率) will be essential for achieving excellence and sustainability.

在当今快速发展的技术世界中，失败率（failure rate）的概念在各个行业变得越来越相关。失败率（failure rate）指的是特定系统、产品或过程未能执行其预期功能的频率。理解和管理这一指标对于追求效率、可靠性和客户满意度的企业至关重要。为了说明失败率（failure rate）的重要性，让我们考虑制造行业。在工厂中，机器和设备对生产至关重要。如果一台机器的失败率（failure rate）很高，就会导致显著的停机时间、增加成本以及产品交付延迟。例如，如果用于组装电子产品的机器人臂频繁故障，整个生产线可能会停滞，从而造成订单积压。因此，制造商必须监控其机械的失败率（failure rate），并实施预防性维护策略，以尽量减少中断。同样，在软件开发行业，应用程序的失败率（failure rate）是一个关键问题。当软件发布时存在大量错误或性能问题，会使用户感到沮丧，并损害公司的声誉。例如，一款因崩溃或加载缓慢而具有高失败率（failure rate）的移动应用可能会收到负面评价，导致下载量和用户参与度下降。开发人员通常会进行严格的测试，以在推出产品之前识别和修复潜在的故障，力求实现低失败率（failure rate）。此外，失败率（failure rate）并不限于有形产品；它也适用于服务。在医疗行业，例如，患者护理协议必须完美执行，以确保安全和有效性。药物管理或手术执行中的高失败率（failure rate）可能对患者产生严重后果。医疗机构不断分析其各种程序的失败率（failure rate），以增强培训计划并改善整体患者结果。在教育领域，失败率（failure rate）的概念可以与学生表现相关。学校跟踪特定学科学生的失败率（failure rate），以识别需要额外支持的学生。例如，数学科目的高失败率（failure rate）可能促使教育工作者修订教学策略或提供辅导资源，以帮助挣扎中的学生取得成功。了解导致失败率（failure rate）的因素对于旨在改善其流程的组织至关重要。导致失败的常见原因包括培训不足、材料质量差、测试不充分和沟通缺乏。通过解决这些根本原因，公司可以显著降低其失败率（failure rate），并提高整体绩效。总之，失败率（failure rate）是一个关键指标，跨越多个领域，影响从制造到软件开发、医疗和教育的方方面面。优先考虑理解和管理其失败率（failure rate）的组织可以改善其运营、确保客户满意度，并最终推动成功。随着我们在各自领域的持续创新和发展，密切关注失败率（failure rate）将对实现卓越和可持续发展至关重要。