capacity range

简明释义

产量范围功率范围

英英释义

The capacity range refers to the spectrum of maximum and minimum limits of a particular system's ability to perform or accommodate tasks, functions, or loads.

容量范围指的是特定系统在执行或容纳任务、功能或负载时的最大和最小能力限制的范围。

例句

1.The engine's performance varies depending on the capacity range of its design.

发动机的性能因其设计的容量范围而异。

2.The capacity range of this water tank is between 500 and 2000 liters.

这个水箱的容量范围在500到2000升之间。

3.When selecting a generator, it's important to consider the capacity range needed for your appliances.

选择发电机时,考虑所需设备的容量范围是很重要的。

4.This battery pack is suitable for devices within a capacity range of 1000 to 3000 mAh.

这个电池组适用于容量范围在1000到3000毫安时的设备。

5.Make sure to check the capacity range of the lift before loading heavy items.

在装载重物之前,请务必检查电梯的容量范围

作文

Understanding the concept of capacity range is essential in various fields, including engineering, manufacturing, and even education. The term capacity range refers to the maximum and minimum limits of a system's ability to perform its intended function. This can relate to the amount of load a machine can handle, the number of students a classroom can accommodate, or the volume of products a factory can produce within a specific timeframe.

In engineering, knowing the capacity range of a machine is crucial for ensuring safety and efficiency. For example, if a crane has a capacity range of 10 tons, exceeding this limit could lead to mechanical failure or accidents. Engineers must carefully calculate the capacity range to ensure that the machinery operates within safe parameters. This involves rigorous testing and adherence to safety standards, which are designed to protect both workers and equipment.

Similarly, in manufacturing, understanding the capacity range of production lines is vital for meeting demand without overextending resources. If a factory has a capacity range of producing 1,000 units per day, managers must analyze market trends to adjust production schedules accordingly. This ensures that they do not waste materials or labor on excess production while still being able to meet customer needs efficiently.

Moreover, in the realm of education, the capacity range of classrooms plays a significant role in the learning environment. A classroom designed for 30 students may become overcrowded if the number exceeds this capacity range. Such overcrowding can negatively impact student engagement and learning outcomes. Therefore, educational institutions must consider the capacity range when designing classrooms and scheduling classes to provide an optimal learning experience.

The concept of capacity range also extends to personal development and productivity. Individuals often have a capacity range for managing tasks and responsibilities. Understanding one’s own capacity range helps individuals avoid burnout and maintain a healthy work-life balance. By recognizing their limits, people can prioritize tasks effectively and allocate time for rest and recreation, ultimately leading to greater overall productivity.

In conclusion, the importance of understanding the capacity range cannot be overstated. Whether in engineering, manufacturing, education, or personal life, recognizing the limits of capacity allows for better planning, safety, and efficiency. By respecting these boundaries, we can optimize performance and create environments conducive to success. As we navigate through various aspects of life, keeping the capacity range in mind will help us make informed decisions and achieve our goals more effectively.

理解容量范围的概念在工程、制造甚至教育等多个领域中都是至关重要的。术语容量范围指的是一个系统执行其预期功能的最大和最小限制。这可以与机器能够承受的负载量、教室能够容纳的学生人数,或者工厂在特定时间内能够生产的产品数量有关。

在工程学中,了解机器的容量范围对于确保安全和效率至关重要。例如,如果一台起重机的容量范围为10吨,超过这个限制可能会导致机械故障或事故。工程师必须仔细计算容量范围以确保机器在安全参数内运行。这涉及严格的测试和遵守安全标准,这些标准旨在保护工人和设备。

同样,在制造业中,了解生产线的容量范围对于在不超出资源的情况下满足需求至关重要。如果一家工厂的容量范围为每天生产1000个单位,管理者必须分析市场趋势以相应调整生产计划。这确保他们不会在过量生产上浪费材料或劳动力,同时仍能有效满足客户需求。

此外,在教育领域,教室的容量范围在学习环境中发挥着重要作用。一个设计为容纳30名学生的教室如果人数超过此容量范围,可能会变得拥挤。这样的拥挤会对学生的参与度和学习成果产生负面影响。因此,教育机构在设计教室和安排课程时必须考虑容量范围,以提供最佳的学习体验。

容量范围的概念还扩展到个人发展和生产力。个人通常有管理任务和责任的容量范围。理解自己的容量范围有助于个人避免倦怠并保持健康的工作与生活平衡。通过认识到自己的极限,人们可以有效地优先处理任务,并分配时间用于休息和娱乐,从而最终提高整体生产力。

总之,理解容量范围的重要性不容小觑。无论是在工程、制造、教育还是个人生活中,认识到能力的限制可以更好地进行规划、安全和效率。通过尊重这些界限,我们可以优化性能,创造有利于成功的环境。当我们在生活的各个方面中前行时,牢记容量范围将帮助我们做出明智的决策,更有效地实现我们的目标。