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Experiments with the DAKON-M convection sensor |
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| Authors: | G?F?Putin A?F?Glukhov I?A?Babushkin D?A?Zavalishin M?Yu?Belyaev A?I?Ivanov M?M?Maksimova |
| Institution: | 1.Perm State University,Perm,Russia;2.Russian Space Systems,Moscow,Russia;3.Korolev Rocket and Space Corporation Energiya,Korolev,Russia;4.Central Scientific Research Institute of Machine Building,Korolev,Russia;5.Keldysh Institute of Applied Mathematics,Moscow,Russia |
| Abstract: | We have described an express technique for processing the results of experiments with a DAKON-M convection sensor on board the Service Module of the International Space Station (ISS) in 2011. The technique uses a certain rule to compare the sensor measurements with the calculated data on the quasistatic component of microacceleration at the point of installation. The sensor experiments have been conducted during shuttle docking and undocking, when low-frequency microaccelerations on the ISS were significant. The microaccelerations have been calculated using measurement data of the MAMS low-frequency accelerometer installed in the Lab module and the telemetry data on the ISS rotational motion. This has made it possible to convert the MAMS measurement data to the DAKON-M convection sensor installation point. A comparison of sensor readings with calculated microaccelerations has revealed fairly good agreement between them. |
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