3 of equilibrium gas phase is taken with a syringe, it is injected into the body of a static piezo-electric nose, the algorithm is chosen, the signals of the array of sensors in real-time as chronoperiodogramms are recorded on base of which visual prints are made that are compared with the available in the database visual prints of standard mixtures. According the area of the diagrams the degree of damage of rapeseed is determined, i.e. the area of "visual prints" is calculated and according to the calibration graph of dependence of the area of visual prints on the acid number of oil in rapeseed the value of the latter is determined, according to which the control of state of the seeds is carried out, if the acid number ranges from 0 to 4 mg KOH/g - this is the norm, i.e. the grain is in good condition, and if the acid number is equal to the value of 4.1 to 4.5 mg KOH/g, it marks the beginning of spoilage of rapeseed, at this stage it is possible to take steps to prevent their further damage and to provide the necessary storage conditions without reduce in their quality, with a value of acid number of more than 6 mg KOH/g the irreversible damage to rapeseed is started.;EFFECT: method enables to improve the accuracy of establishing early damage of rapeseed, to increase the urgency of determination, the accuracy of measurement, to prevent further deterioration of rapeseed and ensure their safety without compromising on quality.;3 dwg, 2 tbl, 2 ex"/> METHOD OF ESTABLISHING EARLY DAMAGE OF RAPESEED
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METHOD OF ESTABLISHING EARLY DAMAGE OF RAPESEED

机译:建立油菜早期危害的方法

摘要

FIELD: agriculture.;SUBSTANCE: in the method of establishing the presence and intensity of foreign smell, the qualitative composition of the equilibrium gas sample of wet and sprouted seeds the device "Electronic nose" is used. To do this, piezo-sensors matrix is prepared consisting of 3 piezo-sensors with a base frequency of oscillations of 10-15 MHz, on the electrodes of which the sensitive coatings of sorbents solutions are applied, such as Triton X-100, polyethylene phthalate, polyethylene glycol adipate. They are applied so that the total weight of the coating after removal of the solvent is 4-10 mcg. The prepared detecting device is connected to the computer. Then, a sample of rapeseed is taken, placed in a sealed glass container with a soft polymer membrane, kept it at a constant temperature of 20°C for 30 minutes. Then through the polymer membrane 3 cm3 of equilibrium gas phase is taken with a syringe, it is injected into the body of a static piezo-electric nose, the algorithm is chosen, the signals of the array of sensors in real-time as chronoperiodogramms are recorded on base of which visual prints are made that are compared with the available in the database visual prints of standard mixtures. According the area of the diagrams the degree of damage of rapeseed is determined, i.e. the area of "visual prints" is calculated and according to the calibration graph of dependence of the area of visual prints on the acid number of oil in rapeseed the value of the latter is determined, according to which the control of state of the seeds is carried out, if the acid number ranges from 0 to 4 mg KOH/g - this is the norm, i.e. the grain is in good condition, and if the acid number is equal to the value of 4.1 to 4.5 mg KOH/g, it marks the beginning of spoilage of rapeseed, at this stage it is possible to take steps to prevent their further damage and to provide the necessary storage conditions without reduce in their quality, with a value of acid number of more than 6 mg KOH/g the irreversible damage to rapeseed is started.;EFFECT: method enables to improve the accuracy of establishing early damage of rapeseed, to increase the urgency of determination, the accuracy of measurement, to prevent further deterioration of rapeseed and ensure their safety without compromising on quality.;3 dwg, 2 tbl, 2 ex
机译:领域:农业;物质:在确定异味的存在和强度的方法中,使用湿的和发芽的种子的平衡气体样品的定性成分,使用“电子鼻”装置。为此,准备了一个压电传感器矩阵,该矩阵由3个基振频率为10-15 MHz的压电传感器组成,在其电极上施加了吸附剂溶液的敏感涂层,例如Triton X-100,聚乙烯邻苯二甲酸酯,己二酸聚乙二醇酯。施用它们以使除去溶剂后涂层的总重量为4-10mcg。准备好的检测设备连接到计算机。然后,取出油菜籽样品,将其置于带有软质聚合物膜的密封玻璃容器中,并在20°C的恒温条件下保持30分钟。然后通过注射器用3 cm 3 的平衡气相聚合物膜将其注入到静态压电鼻的主体中,选择算法,将阵列的信号实时记录传感器的时间周期图,在此基础上进行视觉打印,并与数据库中标准混合物的视觉打印进行比较。根据图的面积确定油菜籽的损伤程度,即计算“视觉油画”的面积,并根据视觉油画面积对油菜籽油酸值的依赖性的校准图确定油菜籽油的酸值。如果酸值在0到4 mg KOH / g的范围内,则确定种子的状态,据此进行种子状态的控制-这是正常值,即谷物处于良好状态,并且如果酸数量等于4.1至4.5 mg KOH / g的值,这标志着油菜籽变质的开始,在这个阶段可以采取措施防止油菜籽进一步受损并提供必要的储存条件而不会降低其品质酸值大于6 mg KOH / g时,开始对油菜籽产生不可逆的损害。效果:该方法可提高确定油菜籽早期损害的准确性,增加测定的紧迫性和测量的准确性,至油菜籽进一步恶化并确保其安全性而又不影响品质。; 3 dwg,2 tbl,2 ex

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