check for zero setting

简明释义

零定位检查

英英释义

例句

1.The technician instructed us to check for zero setting on the pressure gauge before taking any readings.

技术员指示我们在进行任何读数之前，检查零点设置在压力表上。

2.Don't forget to check for zero setting on the digital multimeter before measuring voltage.

在测量电压之前，别忘了检查零点设置在数字万用表上。

3.The lab protocol requires you to check for zero setting on all equipment before use.

实验室协议要求在使用前对所有设备进行检查零点设置。

4.It's crucial to check for zero setting on your scale to avoid any discrepancies in weight readings.

在称重时，检查零点设置是至关重要的，以避免任何重量读数上的差异。

5.Before starting the experiment, make sure to check for zero setting on the balance to ensure accurate measurements.

在开始实验之前，确保检查零点设置以确保测量的准确性。

作文

In the realm of technology and engineering, precision is paramount. Whether in manufacturing, laboratory settings, or even in daily tasks, ensuring accuracy can make a significant difference in outcomes. One critical step in achieving this accuracy is to check for zero setting. This phrase refers to the practice of ensuring that measuring instruments are calibrated to a baseline of zero before taking any measurements. If an instrument is not set to zero, it can lead to erroneous readings, which may result in flawed products, incorrect data analysis, or even safety hazards.For example, consider a scenario in a manufacturing plant where weight measurements are crucial. If a scale is not properly zeroed, it might show a weight reading that includes the weight of the container or other materials. In this case, the operator must check for zero setting to ensure that only the actual weight of the product is measured. This simple act of calibration can save the company from costly mistakes and enhance the quality of their output.In laboratory environments, the importance of check for zero setting becomes even more pronounced. Scientists rely on precise measurements to conduct experiments and draw conclusions. If a balance used for weighing chemicals is not zeroed correctly, it could lead to inaccurate measurements that compromise the integrity of the experiment. For instance, if a chemist is preparing a solution and uses a scale that reads 0.5 grams instead of zero, they might add too much or too little of a substance, leading to unreliable results.Moreover, in the field of electronics, engineers often use multimeters to measure voltage, current, and resistance. Before taking any measurements, it is essential to check for zero setting to ensure that the readings are accurate. If the multimeter is not calibrated to zero, it could indicate a false reading, leading to potential misdiagnosis of electrical issues or improper circuit designs. Therefore, the practice of checking for zero settings is not just a minor detail; it is a fundamental aspect of ensuring quality and reliability.In everyday life, we encounter scenarios where check for zero setting is applicable as well. For instance, when cooking, using a kitchen scale to measure ingredients requires that the scale be reset to zero before placing the bowl. This ensures that only the weight of the ingredients is measured, allowing for precise recipes and desired results. If the scale is not zeroed, the cook may end up with too much or too little of an ingredient, affecting the final dish.In conclusion, the phrase check for zero setting encapsulates a vital principle in many fields, emphasizing the importance of calibration and accuracy. Whether in industrial settings, laboratories, electronics, or even in our kitchens, ensuring that instruments and scales are set to zero before use is crucial for achieving reliable results. By adhering to this simple yet effective practice, we can enhance the quality of our work, whether it be in professional or personal endeavors. The next time you engage in a task requiring measurement, remember to check for zero setting – it might just save you from unnecessary errors and ensure your success.

在技术和工程领域，精确性至关重要。无论是在制造、实验室环境，还是日常任务中，确保准确性都能对结果产生重大影响。实现这种准确性的一个关键步骤是检查零设置。这个短语指的是在进行任何测量之前，确保测量仪器校准到零的基线。如果仪器没有设置为零，就可能导致错误的读数，从而导致产品缺陷、数据分析不正确，甚至安全隐患。例如，考虑在制造厂的一个场景，其中重量测量至关重要。如果一个秤没有正确归零，它可能显示出包含容器或其他材料重量的读数。在这种情况下，操作员必须检查零设置，以确保只测量产品的实际重量。这种简单的校准行为可以为公司避免代价高昂的错误，并提高其输出质量。在实验室环境中，检查零设置的重要性变得更加突出。科学家依赖精确的测量来进行实验和得出结论。如果用于称量化学品的天平没有正确归零，可能会导致不准确的测量，从而危及实验的完整性。例如，如果一位化学家在准备溶液时使用的秤读取0.5克而不是零，他们可能会添加过多或过少的物质，从而导致结果不可靠。此外，在电子领域，工程师通常使用万用表来测量电压、电流和电阻。在进行任何测量之前，确保检查零设置以确保读数准确是至关重要的。如果万用表没有校准到零，它可能会显示错误的读数，导致潜在的电气问题误诊或电路设计不当。因此，检查零设置的做法不仅仅是一个小细节；它是确保质量和可靠性的基本方面。在日常生活中，我们也会遇到检查零设置适用的场景。例如，在烹饪时，使用厨房秤测量食材时，需要在放置碗之前将秤重置为零。这确保只测量食材的重量，从而允许精确的食谱和理想的结果。如果秤没有归零，厨师可能会得到过多或过少的配料，从而影响最终菜肴。总之，检查零设置这个短语概括了许多领域中的一个重要原则，强调了校准和准确性的重要性。无论是在工业环境、实验室、电子产品，还是在我们的厨房中，确保在使用之前仪器和秤被设置为零对于获得可靠的结果至关重要。通过遵循这一简单而有效的做法，我们可以提高工作质量，无论是在专业还是个人的努力中。下次您参与需要测量的任务时，请记得检查零设置——这可能会为您避免不必要的错误，并确保您的成功。