static error

简明释义

静态误差

英英释义

例句

1.The developer fixed the static error 静态错误 in the code before the final release.

开发者在最终发布之前修复了代码中的static error 静态错误。

2.After troubleshooting, we found that the static error 静态错误 was caused by outdated software.

经过故障排除，我们发现static error 静态错误是由于软件过时造成的。

3.To resolve the static error 静态错误, we need to reset the configuration settings.

要解决这个static error 静态错误，我们需要重置配置设置。

4.Users reported a static error 静态错误 during the installation process.

用户在安装过程中报告了一个static error 静态错误。

5.The system displayed a static error 静态错误 message when the input was invalid.

当输入无效时，系统显示了一个static error 静态错误消息。

作文

In the realm of engineering and technology, accuracy is paramount. One of the critical concepts that engineers must understand is the notion of static error. This term refers to the difference between the actual value of a measurement and its expected value when the system is at rest or in a steady state. In simpler terms, static error (静态误差) occurs when a device or system fails to accurately represent the true value of a quantity it is measuring, even when there are no changes occurring in that quantity. Understanding static error is essential for improving the precision of measurements and ensuring that systems function correctly.Consider a simple example of a thermometer. When measuring the temperature of a substance, the thermometer should ideally provide a reading that matches the actual temperature. However, if the thermometer consistently reads 2 degrees higher than the actual temperature, it is exhibiting a static error (静态误差) of +2 degrees. This discrepancy can lead to significant issues, especially in fields like medicine, where accurate temperature readings are crucial for patient care.Moreover, static error (静态误差) is not limited to just thermometers; it can be found in various instruments such as pressure gauges, flow meters, and even digital multimeters. Each of these devices can have inherent inaccuracies that need to be identified and corrected. Engineers often perform calibration procedures to minimize static error (静态误差) and ensure that their instruments provide reliable data.The implications of static error (静态误差) extend beyond individual measurements. In industrial settings, cumulative errors can lead to faulty products, inefficient processes, and increased costs. For instance, in manufacturing, if a machine consistently produces parts that are slightly out of specification due to static error (静态误差), it may result in a higher rate of defects, leading to waste and rework. Therefore, addressing static error (静态误差) is not just an academic exercise; it has real-world consequences that affect productivity and profitability.To mitigate static error (静态误差), engineers employ various strategies. Calibration is one of the most common methods, where instruments are adjusted to align their readings with known standards. Additionally, regular maintenance of equipment can help identify potential sources of error before they become problematic. Furthermore, using high-quality components and materials can also reduce the likelihood of static error (静态误差) occurring in the first place.In conclusion, the concept of static error (静态误差) is fundamental in engineering and technology. It highlights the importance of accuracy in measurements and the need for diligent calibration and maintenance of instruments. By understanding and addressing static error (静态误差), engineers can enhance the reliability of their systems, ultimately leading to better outcomes in various applications. As technology continues to advance, the significance of minimizing static error (静态误差) will only grow, making it a critical area of focus for professionals in the field.