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In the paper there are given calculated and experimental data which allow to form necessary beam parameters for a precise experiment in nuclear physics. An intensity of a beam extracted from an isochronous cyclotron acceleration chamber (E_{p} = 30 MeV) can reach 15 μA with an energy spread of 3 × 10^{-3}. Accelerated ion beams of such kind are widely applicable in nuclear physical experiments.
In this work we show the possibility of using of nuclear magnetic resonance at low magnetic fields for the purpose of establishing a system of automated process of control and quality of dairy products.
The paper presents the automated system of control of certain elements of the hydrodynamic system related to the production of liquid milk. Similar systems may find application in various fields of engineering, such as: hydro power station construction; oil refineries construction; control systems in various chemical industries containing hydrogen atoms in the final product; in propellant flow rate...
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