The nuclear magnetic resonance oil content analyzer is an instrument that can determine the oil content of oil crops such as soybeans, rapeseed, sesame, corn, cottonseed, sunflower seeds, peanuts, and their cake oil. The operation of the nuclear magnetic resonance oil content analyzer requires the following steps:
Firstly, perform parameter calibration. This is the fundamental step to ensure measurement accuracy. You need to calibrate the built-in parameters of the instrument and adjust the measurement parameters for specific samples, which is an important step in the setup process of the nuclear magnetic resonance oil content analyzer.
Next, perform calibration. This is created by using standard samples with known oil content to create a standard curve. This process only needs to be performed once, but it should be noted that different types of samples may require the use of different standard samples for calibration, as different samples may have different characteristic curves.
After the calibration is completed, actual testing can be carried out. Select the standard curve and previously set parameters corresponding to the sample type, and then place the test sample into the instrument for measurement. After the test is completed, the instrument will display the measurement results, usually presented on the measurement results interface.
Each step requires careful operation to ensure the accuracy and reliability of nuclear magnetic resonance oil content determination. Please follow the above steps based on the specific characteristics of the sample to obtain reliable oil content data.