Перегляд за Автор "Tarasenko, Irina"

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Electrical capacitive control of the properties of substances, transported by pipelines
(2012) Tarasenko, Irina; Kolomiets, Dmitro; Rudik, K.; Tarasenko, Sergiy
In the article considered the new class of three-terminal electrical capacitive means for control the composition of liquid and loose substances, including such transported by pipelines. Such converters are markedly different with accuracy and noise immunity of remote automated control of substances parameters. Considered and analyzed use possibilities of created design of measuring systems for automatic nondestructive integral and differential control the composition of flow substances – raw materials and semi-finished products of food production.
Forecasting changes of pastries products with the use of capacitive measuring converters and current control of their structural changes
(2011) Dorohovich, Antonella; Tarasenko, Irina; Rudik, K.; Vasilenko, J. P.; Tarasenko, Sergiy
Developed new ultrastable capacitive three-pin converters for automatic control of composition and structure of food products, allowing you to monitor and predict the state of the aging of such products.Розроблені нові надстабільні ємнісні триконтактні перетворювачі для автоматичного прецизійного контролю складу та структури харчової продукції, що дозволяє контролювати та прогнозувати стан старіння такої продукції/ Разработаны новые сверхстабильные емкостные трехконтактные преобразователи для автоматического прецизионного контроля состава и структуры пищевой продукции, что позволяет контролировать и прогнозировать состояние старения такой продукции.
Improving technological processes of waffles production using physical methods
(2016) Nosenko, Volodymyr; Litvynchuk (Vorontsova), Svitlana; Dorohovich, Victoriya; Tarasenko, Irina
The proposed physical methods make it is possible to improve processes of pastry cream products manufacturing significantly.
The capacitive absolute strain gauge
(2012) Tarasenko, Irina; Heerens, W. Chr.; Tarasenko, Sergiy
Summary: Using the uniplanar three-terminal capacitance concept, a capacitive sensor that meets all of the demands necessary for making precision strain gauges was designed. The fundamental calculation of such a strain gauge was given. Overview of the characteristics of the capacitive sensor of deformations, carried out in comparison with traditional strain gauges, showed its extraordinary advantages. It is shown, that for the first time he meets the requirements of the so-called absolute strain gauge. Was suggested several possible variants of such a converter.