1w) is calculated. And according to specified algorithm of received signals processing the oil amount (PO) and water amount (Pw) in test sample is defined from the following empiric equations: PO=a1×A"ом"+ B1; Pw=a2× A1w + B2, where a1, B1, a2, B2 - coefficients received at analyser calibration. Note that in algorithm of received signals processing is additionally included process of signal (A1w) value correction for each test sample depending upon oil amount according to formula.;EFFECT: task is to decrease inaccuracy of mill cake and oil cake test samples moisture measuring at definition of quality factors of oily raw material by pulse NMR analysers.;7 dwg"/>
METHOD OF QUANTITATIVE ANALYSIS OF SUBSTANCES RESTING ON NMR (NUCLEAR MAGNETIC RESONANCE), NAMELY OIL AND WATER IN TEST SAMPLE OF OILSEEDS CONVERSION PRODUCT - MILL CAKE OR OIL CAKE
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METHOD OF QUANTITATIVE ANALYSIS OF SUBSTANCES RESTING ON NMR (NUCLEAR MAGNETIC RESONANCE), NAMELY OIL AND WATER IN TEST SAMPLE OF OILSEEDS CONVERSION PRODUCT - MILL CAKE OR OIL CAKE
METHOD OF QUANTITATIVE ANALYSIS OF SUBSTANCES RESTING ON NMR (NUCLEAR MAGNETIC RESONANCE), NAMELY OIL AND WATER IN TEST SAMPLE OF OILSEEDS CONVERSION PRODUCT - MILL CAKE OR OIL CAKE
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机译：定量分析油品转化产品-磨粉饼或油饼的样品中基于NMR（核磁共振），即油和水的物质的方法
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摘要
FIELD: instrument engineering.;SUBSTANCE: use: for simultaneous definition of oil and water quantity in test sample of oilseeds conversion product - mill cake or oil cake. Essence of invention: the mass of analysed test sample (Psample) is defined with inaccuracy of 0.01 g. Then it is put into special test tube and placed into sensor of NMR analyser signals. NMR signal, proportional to oil and water total number in test sample ("Асис"), and signal proportional to oil amount in test sample ("Аом"), is registered. The value of signal proportional to water amount in test sample (A1w) is calculated. And according to specified algorithm of received signals processing the oil amount (PO) and water amount (Pw) in test sample is defined from the following empiric equations: PO=a1×A"ом"+ B1; Pw=a2× A1w + B2, where a1, B1, a2, B2 - coefficients received at analyser calibration. Note that in algorithm of received signals processing is additionally included process of signal (A1w) value correction for each test sample depending upon oil amount according to formula.;EFFECT: task is to decrease inaccuracy of mill cake and oil cake test samples moisture measuring at definition of quality factors of oily raw material by pulse NMR analysers.;7 dwg
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机译：领域：仪器工程;实体：用途：用于同时定义油料种子转化产品（磨饼或油饼）的测试样品中的油和水量。发明的实质：所分析的测试样品（P sample ）的质量定义为0.01 g。然后将其放入专用试管中，并放入NMR分析仪信号的传感器中。记录与测试样品中的油和水总数成正比的NMR信号（“Асис”）和与测试样品中的油量成正比的信号（“Аом”）。计算出与试样中的水量成正比的信号值（A 1 w）。根据指定的接收信号处理算法，通过以下经验公式定义测试样品中的油量（P O ）和水量（P w ）：P < Sub> O = a1×A“ом” + B1; P w = a2×A 1 w + B2，其中a1，B1，a2，B2-分析仪校准时收到的系数。请注意，在接收信号算法中还包括根据公式根据油量对每个测试样品进行信号（A 1 w）值校正的过程。饼和油饼测试样品通过脉冲NMR分析仪在定义油性原料的品质因子时进行水分测量; 7 dwg
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