GPS接收机的校正可以对这方面的误差做出解释,但尽管如此,GPS时钟信号只能保证准确度为100纳秒的级别。
GPS receivers make corrections to account for this, but nonetheless the clock signals are only guaranteed to be correct on the order of 100 nanoseconds.
本文对ICP背景校正的两种方式—“在峰”校正与“脱峰”校正的分析检出限、精密度和准确度进行了讨论。
This paper discusses the detection limit, precision and accuracy of ICPAES in relation to the background correction by the "on-peak" and "off-peak" modes.
基体效应校正是X射线荧先分析方法中关键的一环,在很大程度上决定了测量数据的准确度。
Correction of matrix effect is a key part of XRF and, to a great extent, determines the accuracy of surveying data.
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