Measurement Process Control is adopted for a measuring instrument to guarantee its precision in the interval of two calibrations.
在两次计量校准间隔期内，采用测量过程控制方法保证测量仪器的精度。
If a particular instrument is consistently within tolerance, engineers may lengthen a calibration interval, which reduces the Navy's cost of ownership.
如果某台仪器总是在容许范围内，则工程师可能延长其校准间隔时间，这样能减少美国海军的成本。
To optimize the calibration interval of a measuring instrument, a prediction method based on the renewal GM(1,1) model is put forward.
针对测量仪器校准间隔的优化问题，分析了历史校准数据的特征，建立了等维新息马尔可夫GM（1，1）预测模型。
Instrument calibration interval is a topic of long-term research in measurement field.
测量系统的校准周期是计量领域长期研究的问题。
Modulation Domain and Pulse Analyzer (MDPA) is a powerful instrument for modulation domain analysis, also it is a useful tool for time interval measurement.
调制域与脉冲分析仪既是调制域分析的利器，也是脉冲分析的有效工具。
Modulation Domain and Pulse Analyzer (MDPA) is a powerful instrument for modulation domain analysis, also it is a useful tool for time interval measurement.
调制域与脉冲分析仪既是调制域分析的利器，也是脉冲分析的有效工具。
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