no load

简明释义

空载

英英释义

例句

1.The battery life is longer when used under no load conditions.

在无负载条件下使用时，电池寿命更长。

2.The generator operates efficiently under no load.

发电机在无负载情况下高效运行。

3.You should test the pump with no load before installation.

在安装之前，你应该在无负载状态下测试泵。

4.During the experiment, we observed the voltage drop at no load.

在实验中，我们观察到在无负载时电压下降。

5.The motor's performance is best when it runs at no load.

电动机在无负载状态下的性能最好。

作文

In the world of engineering and mechanics, the term no load refers to a condition where a machine or system operates without any external forces or loads applied to it. This concept is crucial in understanding how machines function under various conditions. For instance, when testing a motor, engineers often run it under no load conditions to assess its performance characteristics such as speed and efficiency without the influence of additional weight or resistance. This allows for a clearer analysis of the motor's capabilities.Understanding no load conditions can also be applied in various fields outside of engineering. In economics, for example, the principle can be likened to a business operating without any overhead costs. A startup might initially function under no load conditions by minimizing expenses until it gains traction in the market. This strategy helps entrepreneurs evaluate their business model without the pressure of financial burdens.Moreover, in the context of personal productivity, working under no load can mean focusing on tasks without unnecessary distractions or obligations. For instance, an individual might choose to work on a project during a time when they have no other commitments, allowing them to concentrate fully on their work. This kind of focused effort can lead to higher quality outcomes and greater satisfaction in completing tasks.In terms of physical fitness, no load training can refer to exercises performed without weights or resistance. Many athletes incorporate no load workouts into their routines to improve their form, flexibility, and endurance without the strain that added weight can cause. This approach is particularly beneficial for beginners who are learning the fundamentals of movement and want to avoid injury while building strength.Additionally, the concept of no load can be found in the realm of environmental science. For example, renewable energy systems like solar panels may be analyzed under no load conditions to determine their maximum output potential. By measuring their performance without any energy being drawn from them, researchers can better understand how much power these systems can generate in ideal circumstances.In conclusion, the term no load encompasses a variety of meanings across different disciplines. Whether it is in engineering, economics, personal productivity, fitness, or environmental science, understanding the implications of no load conditions can provide valuable insights. It allows for a clearer evaluation of performance, fosters innovation, and encourages more efficient practices in various fields. By recognizing and applying the principles associated with no load, individuals and organizations can optimize their processes and achieve better results.

在工程和机械的世界中，术语无负载指的是一种机器或系统在没有施加任何外部力量或负载的情况下运行的状态。这个概念对于理解机器在不同条件下的功能至关重要。例如，在测试电动机时，工程师通常会在无负载条件下运行它，以评估其性能特征，如速度和效率，而不受额外重量或阻力的影响。这使得对电动机能力的分析更加清晰。理解无负载条件也可以应用于工程之外的各个领域。例如，在经济学中，这一原则可以类比于一家企业在没有任何间接费用的情况下运营。一家初创公司可能最初在无负载条件下运作，通过最小化开支来获得市场的牵引力。这种策略帮助创业者在没有财务负担的压力下评估他们的商业模式。此外，在个人生产力的背景下，在无负载下工作可以意味着专注于任务而没有不必要的干扰或义务。例如，一个人可能选择在没有其他承诺的时候进行项目工作，从而能够全神贯注于工作。这种专注的努力可以导致更高质量的结果，并在完成任务时带来更大的满足感。在身体健康方面，无负载训练可以指没有重量或阻力的锻炼。许多运动员在他们的训练中加入无负载锻炼，以改善他们的姿势、灵活性和耐力，而不会造成额外重量所带来的压力。这种方法对于学习运动基础的初学者尤其有益，他们希望在建立力量的同时避免受伤。此外，无负载的概念可以在环境科学领域找到。例如，像太阳能电池板这样的可再生能源系统可能在无负载条件下进行分析，以确定其最大输出潜力。通过测量它们在没有任何能量被提取的情况下的性能，研究人员可以更好地理解这些系统在理想情况下可以产生多少电力。总之，术语无负载在不同学科中包含多种含义。无论是在工程、经济学、个人生产力、健身还是环境科学中，理解无负载条件的含义都可以提供有价值的见解。它允许对性能进行更清晰的评估，促进创新，并鼓励各个领域的更高效实践。通过认识并应用与无负载相关的原则，个人和组织可以优化他们的过程，取得更好的成果。