Calibration of NMR Receiver using Spectrometer Characteristics

IF 1 4区 工程技术 Q4 INSTRUMENTS & INSTRUMENTATION Measurement Science Review Pub Date : 2021-10-26 DOI:10.2478/msr-2021-0028
P. Andris, T. Dermek, I. Frollo
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Abstract

Abstract This article describes the measurement of the relation between input and output signals using two techniques: with a signal generator and with the thermal noise of a known resistance. Each of the techniques has its advantages and disadvantages. Both methods are tested and the results are compared. The input signal of the receiver is known in volts, while the output signal is in ADC (analogue-to-digital converter) units. It is the main difference versus the gain. Knowledge of the relation enables recalculation of the output signal into the input of the receiver or vice versa. It is important in some experiments. The method with the harmonic signal requires a suitable NMR spectroscopic console, generator of the harmonic signal and an attenuator, the method with the noise requires only the NMR console. It indicates that both methods are simple and cheap. The measured data are processed on a standard PC using common programs.
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利用谱仪特性标定核磁共振接收机
本文介绍了用两种技术测量输入输出信号之间的关系:用信号发生器和用已知电阻的热噪声。每种技术都有其优点和缺点。对两种方法进行了测试,并对结果进行了比较。接收器的输入信号以伏特为单位,而输出信号以ADC(模数转换器)为单位。这是与增益的主要区别。了解了这种关系,就可以将输出信号重新计算到接收机的输入端,反之亦然。它在一些实验中很重要。含谐波信号的方法需要一个合适的核磁共振波谱台、谐波信号发生器和衰减器,含噪声的方法只需要核磁共振波谱台。这两种方法都是简单、廉价的。测量数据在标准PC机上使用通用程序进行处理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Measurement Science Review
Measurement Science Review INSTRUMENTS & INSTRUMENTATION-
CiteScore
2.00
自引率
11.10%
发文量
37
审稿时长
4.8 months
期刊介绍: - theory of measurement - mathematical processing of measured data - measurement uncertainty minimisation - statistical methods in data evaluation and modelling - measurement as an interdisciplinary activity - measurement science in education - medical imaging methods, image processing - biosignal measurement, processing and analysis - model based biomeasurements - neural networks in biomeasurement - telemeasurement in biomedicine - measurement in nanomedicine - measurement of basic physical quantities - magnetic and electric fields measurements - measurement of geometrical and mechanical quantities - optical measuring methods - electromagnetic compatibility - measurement in material science
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