Name
Khristichienko Vladimir Vladimirovich
Scholastic degree
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Academic rank
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Honorary rank
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Organization, job position
Kuban State Agrarian University
Web site url
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Articles count: 2
At calculations, we have used the next assumptions: 1.
Not excluded systematic errors distributed with equal
probability; 2. Random errors are normally distributed;
3. Total error is the composition of not excluded
systematic and random errors. In calculating of
measurement error of pressure, we proceeded from
working formula. The confidence interval of each
variable less than instrumental error, therefore, to
characterize the total error of the measured value P, we
use the instrumental errors of all variables. In
estimating of temperature measurement error was
consider the systematic and random error. To estimate
random error we used measurement data of the specific
volume of water on six isotherms. Obtained values
were compared with published data. As an approximate
estimate of the random error of our experimental data,
we can take it as a total for all the isotherms of the
specific volume in comparison with the published data.
For studied fractions confidence limit of total error of
measurement results located in the range of 0,03 ч
0,1%. At temperatures close to the critical increasing
influence of errors of reference and the error associated
with the introduction of corrections on the thermal
expansion of the piezometer. In the two-phase area
confidence limit of total error increases and located
between 0,08 ч 0,15%. This is due to the sharp increase
in this area of reference error of pressure and error in
determining to the weight of the substance in the
piezometer
The article is devoted to the construction of nomograms for determining geometrical dimensions of electroisolator the amount of residual pathogenic microflora on the surface of plant substrates
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