lowest maximum range

简明释义

最低最大高度

英英释义

例句

1.The new battery design has a lowest maximum range of 100 miles, making it ideal for city commuting.

新电池设计的最低最大范围为100英里，非常适合城市通勤。

2.In our tests, we found that the lowest maximum range of the drone is affected by wind conditions.

在我们的测试中，我们发现无人机的最低最大范围受风况的影响。

3.Understanding the lowest maximum range of your Wi-Fi signal can help optimize your home network setup.

了解您Wi-Fi信号的最低最大范围可以帮助优化您的家庭网络设置。

4.The lowest maximum range of the new smartphone's battery is 12 hours under continuous use.

新智能手机电池的最低最大范围在连续使用下为12小时。

5.For this electric vehicle, the lowest maximum range is crucial to ensure it can meet the needs of daily drivers.

对于这款电动车，最低最大范围对于确保其满足日常驾驶者的需求至关重要。

作文

In the field of science and technology, particularly in the study of physics and engineering, the concept of range is crucial. It often refers to the distance or extent to which something can operate effectively. One specific term that emerges in this context is lowest maximum range, which can be understood as the most limited distance at which a system can function optimally. Understanding this term requires a deeper look into its components and implications.To illustrate, let’s consider the example of wireless communication systems. These systems have a certain operational range, which is the distance over which they can transmit signals effectively. The lowest maximum range in this case would denote the minimum effective distance at which a signal can still be received clearly without significant degradation. If the range falls below this threshold, communication may become unreliable or entirely impossible.The importance of determining the lowest maximum range cannot be understated. For instance, in designing a new wireless device, engineers must ensure that the device can maintain a reliable connection within its specified range. If the lowest maximum range is too short, users may experience dropped connections or poor quality, leading to dissatisfaction and ultimately affecting the product’s success in the market.Similarly, in other fields such as transportation, the lowest maximum range can refer to the shortest distance a vehicle can travel efficiently before requiring a refill or recharge. Electric vehicles (EVs), for example, have a specific range based on their battery capacity and efficiency. The lowest maximum range for an EV is critical information for consumers, as it defines how far they can travel on a single charge. Knowing this helps users plan their trips and avoid running out of power unexpectedly.Moreover, in environmental studies, the lowest maximum range can relate to species distribution. For example, a particular species might have a range within which it thrives, but environmental changes could push the boundaries of this range. The lowest maximum range for that species would indicate the minimal habitat size necessary to sustain a viable population. Conservation efforts often focus on preserving these critical areas to prevent extinction.Understanding the lowest maximum range is not only important in technical fields but also in everyday life. For example, when planning a hiking trip, one must consider the lowest maximum range of their gear, such as GPS devices or walkie-talkies, to ensure they remain functional throughout the journey. This consideration can significantly impact safety and communication while exploring remote areas.In conclusion, the term lowest maximum range plays a vital role across various disciplines. Whether in technology, transportation, ecology, or personal adventures, recognizing the limitations imposed by this concept allows for better planning, design, and conservation strategies. By understanding the lowest maximum range, we can make informed decisions that enhance our experiences and ensure efficiency in our endeavors. As we continue to advance in technology and environmental awareness, grasping such concepts will be essential for future innovations and sustainable practices.

在科学和技术领域，特别是在物理和工程的研究中，范围的概念至关重要。它通常指的是某物有效操作的距离或范围。在这个背景下，一个特定的术语出现了，即最低最大范围，可以理解为系统能够最佳运行的最有限距离。理解这个术语需要更深入地了解其组成部分及其影响。为了说明这一点，让我们考虑无线通信系统的例子。这些系统具有一定的操作范围，即它们能够有效传输信号的距离。在这种情况下，最低最大范围将表示信号仍然可以清晰接收而没有显著降级的最小有效距离。如果范围低于这个阈值，通信可能会变得不可靠或完全不可能。确定最低最大范围的重要性不容小觑。例如，在设计新无线设备时，工程师必须确保该设备能够在其规定的范围内保持可靠连接。如果最低最大范围太短，用户可能会经历掉线或质量差的情况，导致不满，并最终影响产品在市场上的成功。同样，在交通等其他领域，最低最大范围可以指车辆在高效行驶之前能行驶的最短距离。例如，电动汽车（EV）根据其电池容量和效率具有特定的范围。EV的最低最大范围是消费者的重要信息，因为它定义了他们在一次充电后可以行驶多远。了解这一点有助于用户规划旅行，避免意外耗尽电量。此外，在环境研究中，最低最大范围可能与物种分布有关。例如，某一特定物种可能在其繁荣的范围内，但环境变化可能会推动这一范围的边界。该物种的最低最大范围将指示维持可行人口所需的最小栖息地大小。保护工作通常侧重于保护这些关键区域，以防止灭绝。理解最低最大范围不仅在技术领域重要，而且在日常生活中也同样重要。例如，在计划徒步旅行时，人们必须考虑他们装备的最低最大范围，例如GPS设备或对讲机，以确保它们在整个旅程中保持功能。这一考虑可以显著影响在偏远地区探索时的安全和沟通。总之，术语最低最大范围在各个学科中发挥着重要作用。无论是在技术、交通、生态还是个人冒险中，认识到这一概念所施加的限制使得更好的规划、设计和保护策略成为可能。通过理解最低最大范围，我们可以做出明智的决策，从而增强我们的体验并确保我们努力的效率。随着我们在技术和环境意识方面的不断进步，掌握这样的概念对于未来的创新和可持续实践将是必不可少的。