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Application filed by Chirkov Igor M, Koryagin Vladimir V, Gusenkov Georgij NfiledCriticalChirkov Igor M
Priority to SU7402024415ApriorityCriticalpatent/SU563435A1/en
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Дл обеспечени возможности уменьшени посто нной величины времени до 10 сек измерительна камера калориметрического блока 1 имеет объем не более 1 см с отношением диаметра к высоте не менее 30 : 1 и тепловую массу не более 0,3 г, соединенную с измерительными спа ми термопар, а контрольные их сиаи теплоизолируютс .In order to provide the possibility of reducing a constant time value to 10 seconds, the measuring chamber of the calorimetric unit 1 has a volume of not more than 1 cm with a ratio of diameter to height of not less than 30: 1 and a thermal mass of not more than 0.3 g, connected to the measuring thermocouple junctions their control siai are thermally insulated.
Claims (1)
Формула изобретени Invention FormulaУстройство дл измерени термогенеза микрорганизмов в процессе ферментации, содержащее калориметрический и электронный блоки и исполнительный механизм, отличающеес тем, что, с целью уменьщени времени подготовки устройства к измерению, оноA device for measuring the thermogenesis of microorganisms during the fermentation process, containing calorimetric and electronic units and an actuator, characterized in that, in order to reduce the time it takes for the device to be measured,снабл ено блоком программного управлени , исполнительный механизм соединен с последним , а измерительна камера калориметрического блока выполнена разъемной из двух частей, одна из которых св зана с исполнительным механизмом и содержит на внзтренией поверхности термочувствительный элемент .equipped with a software control unit, the actuator is connected to the latter, and the measuring chamber of the calorimetric unit is split into two parts, one of which is connected to the actuator and contains a temperature-sensitive element on the surface.
SU7402024415A1974-05-131974-05-13Device for measuring thermogenesis of microorganisms
SU563435A1
(en)
Dynamic characteristics of a steady-state linear system of temperature measurement and its reaction to a steady-state random input(Linear temperature measuring system and automatic regulating system accuracy, investigating heat transfer with random input for recipients of various forms)
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