Features of pressure control in pipelines of spacecraft propulsion systems
DOI:
https://doi.org/10.25206/1813-8225-2019-166-78-83Keywords:
spacecraft, propulsion system, gas and fuel lines, tensometric system, samarium monosulfide, phase-locked loop system, frequency-digital conversionAbstract
The article examines the construction of strain-gauge systems for pressure control of gas pipelines and fuel lines to the propulsion of the spacecraft. We discuss the possibility and details of installation of sensing elements in the pipeline does not violate their integrity. The method of calculating minimum and maximum values of the internal pressure in a stainless steel pipeline by using semiconductor sensing elements based on samarium monosulfide (SmS) is presented. The scheme of the generator sensor based on semiconductor sensing elements with built-in phase-locked loop frequency with the possibility of frequency-digital conversion is proposed.
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