色谱信号的基线漂移问题严重影响了分析的准确性。
The drifting baselines in chromatography affect the veracity of analysis gready.
因此，本文首先研究了影响色谱信号稳定性的诸多条件，以确保数据良好的重复性。
Therefore, some conditions whose can effect the stability of chromatographic signal were observed and studied to ensure accurate result.
对模拟信号和实验信号的处理结果表明，该方法可方便地用于多组分重叠色谱信号的解析。
Both simulated and experimental data sets were investigated by the method. It was proved that the method is a convenient tool for resolution of overlapping chromatograms.
该系统通过对从气相色谱仪采集到的色谱信号，自动进行识别、分析、计算，进而诊断设备的运行状态，指出可能存在的安全隐患；
This system can automatically identify, analyze and calculate the collected data of chromatogram, then diagnose the equipment′s work condition, and point out possible hidden troubles.
在用样品电流法测量X射线磁性圆二色谱中，外磁场的存在严重降低了样品电流信号。
In measuring X-ray magnetic circular dichroism spectra by the sample current mode, signal currents are strongly affected by external fields.
编制了计算机自动控制程序，信号采集和存取程序，分级淋洗程序和色谱数据分析处理程序。
The softwares including computer automatic controlling, signals collecting and restoring, step gradient elution controlling, data resolution were programed.
提出了连续小波变换-纯变量法（CWT-PVA）解析气相色谱-质谱（GC-MS）重叠信号的新方法。
An algorithm for resolution of overlapping gas chromatographic-mass spectrometric(GC-MS) signal using continuous wavelet transform-pure variable approach(CWT-PVA) was proposed.
结果说明聚合物在园二色谱中正负科顿效应都有强的园二色信号。
The results indicated that the polymers exhibited stronger circular dichroism (CD)signals with positive and negative Cotton effect in their CD spectra.
介绍了工业色谱仪中，压力等信号的智能检测与控制电路的设计与实现。
For the practical demand of urban traffic signal control, an intelligent traffic signal control system is designed.
若愿意，客户可用自己的色谱或信号集代替四个标准设备中的一个。
If desired, a customer's own chromatogram or signal set can be substituted for one of the four standardly included signal sets.
化学计量学利用数学方法对复杂重叠信号进行解析，为复杂样品的色谱分析提供了新的手段。
Chemometrics, which USES mathematical tools to deal with the overlapping analytical signals, provides alternative approaches for the resolution of overlapping chromatographic signals.
化学计量学利用数学方法对复杂重叠信号进行解析，为复杂样品的色谱分析提供了新的手段。
Chemometrics, which USES mathematical tools to deal with the overlapping analytical signals, provides alternative approaches for the resolution of overlapping chromatographic signals.
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