FERROPROBE DEVICES. DEVELOPMENT QUESTIONS. PART 6: UNIVERSAL MEASURING MODULE BASED ON THREE-COMPONENT SENSORS CREATED MAGNETOMETERS BASED ON IT AND PROJECTS FOR VARIOUS APPLICATIONS
Keywords:
Magnetic field, magnetic measurements, component measurements, fluxgate magnetometers, magnetovariation station, digital inclinometers.
Abstract
The work is devoted to the description of the measuring module design (fluxoid magnetic compass) and
various magnetometric devices created on its basis. These instruments are designed to carry out geomagnetic work
in various conditions and environments, both in stationary observation points and for work in the field.
References
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16. Ljubimov V.V. Komponentnyj magnitometr-gradientometr // Pribory, M., 2021 №4 (250). S.17-21. DOI: 10.5281/zenodo.4774990
17. Ljubimov V.V. Magnitovariacionnaja stancija // Pribory, M., 2021 №12 (258). S.9-13. DOI: 10.5281/zenodo.5744188
18. Lyubimov V.V. Three-component fluxgate magnetovariation station // East European Scientific Journal. 2021. No.10 (74). Pp.63-66. DOI: 10.31618/EESA.2782-1994.2021.2.74.135
19. Ljubimov V.V. Magnitometry na baze ferrozondovyh datchikov dlja special'nogo primenenija // Evrazijskij sojuz uchjonyh (ESU). M., 2021. №11 (92) Tom 1. S.19-23.
20. Zvezhinskij S.S., Parfencev I.V. Magnitometricheskie ferrozondovye gradientometry dlja poiska vzryvoopasnyh predmetov // Spectehnika i svjaz'. M, 2009. №1.
S.16–29.
21. Zvezhinskij S.S., Parfencev I.V. Magnitometricheskie ferrozondovye gradientometry dlja poiska vzryvoopasnyh predmetov. Okonchanie // Spectehnika i svjaz'. M, 2009. №2. S.16–23.
2. Ljubimov V.V. FERROZONDOVYE MAGNITOMETRY. Voprosy razrabotki. Chast' 1: Sposob ustranenija temperaturnoj nestabil'nosti kompensacionnoj obmotki datchika. Preprint №50 (997) M.: IZMIRAN, 1992. - 29 s. DOI: 10.5281/zenodo.3600632
3. Ljubimov V.V. Ferrozondovye diagnosticheskie magnitometry, sozdannye v IZMIRAN v period s 1989 po 1994 gg. (Obzor). Preprint №15 (1065) M.: IZMIRAN, 1994. - 19 s. DOI: 10.5281/zenodo.3609148
4. Ljubimov V.V. Universal'nyj izmeritel'nyj modul' na baze trehkomponentnogo ferrozondovogo datchika i magnitovariacionnaja stancija na ego osnove // vrazijskij sojuz uchjonyh (ESU). M., 2021. №10 (91) Tom 1. S.31-36. DOI: 10.31618/ESU.2413-9335.2021.1.91.1473
5. Magnetic Field Sensor FLC3-70. Stefan Mayer Instruments GmbH & Co. KG, Wallstr. 7 D-46535 Dinslaken, Germany. (http://www.stefan-mayer.com)
6. Analog Devices. High Accuracy, Dual-Axis Digital Inclinometer and Accelerometer Data Sheet ADIS16209 https://www.analog.com/media/en/technicaldocumentation/data-sheets/ADIS16209.pdf)
7. Ljubimov V.V. K voprosu povyshenija tochnosti izmerenij magnitnogo polja: Opyt termostatirovanija datchikov magnitometrov // Pridneprovskij nauchnyj vestnik /Geofizika. G. Dnepr: Nauka i obrazovanie, 2017. Tom 3. №4. C.84- 93.
8. Ljubimov V.V., Zverev A.S., Sumenko K.G. Ferrozondovyj poiskovyj buksiruemyj magnitometr-gradientometr: opyt razrabotki / Evrazijskoe nauchnoe b#edinenie. M., 2019. №1 (47). S.416-420.
9. Zverev A.S., Ljubimov V.V. Gradientometr dlja gidromagnitnoj s#jomki // Datchiki i sistemy. M.: «SENSIDAT-PLJuS», 2019. №.12 (242). S.46- 50. DOI:10.25728/datsys.2019.12.7
10. Zverev A.S., Lyubimov V.V. Marine component gradientometer // Evrazijskij sojuz uchjonyh. (ESU). M., 2019. №10 (67). 5 chast'. S.4-7. DOI: 10.31618/ESU.2413-
9335.2019.5.67.371
11. Ljubimov V.V. K voprosu izmerenija gradienta magnitnogo polja na more: novaja Evrazijskij Sojuz Uchenyh. Serija: tehnicheskie i fiziko-matematicheskie nauki. # 1(104), 2023 29 ideologija sozdanija priborov dlja GMS // Problemy nauchnoj mysli / Fizika: Geofizika, g. Dnepr: OOO Kalliston, 2019. Volume 5, №11. S.3- 12. DOI: 10.5281/zenodo.3585513
12. Ljubimov V.V. Sposob izmerenija gorizontal'nogo gradienta magnitnogo polja v vodnoj srede i ustrojstvo dlja ego realizacii: buksiruemyj komponentnyj magnitometr // Evrazijskoe nauchnoe ob#edinenie. M., 2019. №11 (57). S.233-238.
13. Ljubimov V.V. Morskoj gradientometr na osnove odnoj buksiruemoj gondoly // Pribory, M., 2020. №2 (236). S.39-43.
14. Ljubimov V.V. «Ferrozondovye grabli» - pribor dlja poiska magnitnyh predmetov i geomagnitnyh issledovanij // Evrazijskoe nauchnoe ob#edinenie. M., 2020 №7 (65). S.120-123. DOI: 10.5281/zenodo.3978400
15. Ljubimov V.V. Gradientometry dlja poiska lokal'nyh ferromagnitnyh ob#ektov // Evrazijskij sojuz uchjonyh (ESU). M., 2020. №12 (81) 2 chast'. S.38-44. DOI: 10.31618/ESU.2413- 9335.2020.5.81.1169
16. Ljubimov V.V. Komponentnyj magnitometr-gradientometr // Pribory, M., 2021 №4 (250). S.17-21. DOI: 10.5281/zenodo.4774990
17. Ljubimov V.V. Magnitovariacionnaja stancija // Pribory, M., 2021 №12 (258). S.9-13. DOI: 10.5281/zenodo.5744188
18. Lyubimov V.V. Three-component fluxgate magnetovariation station // East European Scientific Journal. 2021. No.10 (74). Pp.63-66. DOI: 10.31618/EESA.2782-1994.2021.2.74.135
19. Ljubimov V.V. Magnitometry na baze ferrozondovyh datchikov dlja special'nogo primenenija // Evrazijskij sojuz uchjonyh (ESU). M., 2021. №11 (92) Tom 1. S.19-23.
20. Zvezhinskij S.S., Parfencev I.V. Magnitometricheskie ferrozondovye gradientometry dlja poiska vzryvoopasnyh predmetov // Spectehnika i svjaz'. M, 2009. №1.
S.16–29.
21. Zvezhinskij S.S., Parfencev I.V. Magnitometricheskie ferrozondovye gradientometry dlja poiska vzryvoopasnyh predmetov. Okonchanie // Spectehnika i svjaz'. M, 2009. №2. S.16–23.
Published
2023-02-12
How to Cite
Lyubimov, Vladimir Valerievich. 2023. “FERROPROBE DEVICES. DEVELOPMENT QUESTIONS. PART 6: UNIVERSAL MEASURING MODULE BASED ON THREE-COMPONENT SENSORS CREATED MAGNETOMETERS BASED ON IT AND PROJECTS FOR VARIOUS APPLICATIONS”. EurasianUnionScientists, February, 18-29. https://fizmat-tech.euroasia-science.ru/index.php/Euroasia/article/view/871.
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