References
- 1. http://osfm.fire.ca.gov/pipeline/pdf/conferece/inlineinspection.pdf,
- 2. http://www.peg-germany.de/en/products/pipeline-products/pipeline-spheres.html,
- 3. Rowiński L.: Deep-water vehicles: structure and equipment (in Polish), WiB Gdansk 2008,
- 4. http://www.inlineservices.com/pipeline-pig-brushes,
- 5. https://deutsch.rt.com/wirtschaft/49870-ostsee-pipeline-nord-stream-2-trotz-sanktionen-gebaut-russland-deutschland/
- 6. http://rab.ict.pwr.wroc.pl/~arent/rr/mpr/czujniki2.html,
- 7. http://www.tme.eu/pl/details/cw-18-10k-p6/potencjometry-jednoobrotowe-cermetowe/telpod/,
- 8. Hupka J.: Pipeline operation related technical problems (in Polish), Department of Chemical Technology, Faculty of Chemistry, Gdansk University of Technology.
- 9. Gerwatowski D.: Linear flow resistance coefficient vs. system flow capacity, with the Yamal pipeline as an example of transit pipeline system (in Polish), EuRoPol GAZ SA, Warsaw.
- 10. Figures from Inventor programme.
- 11. http://automatykab2b.pl/technika/3095-czujniki-tensometryczne-czyli-co-o-pomiarach-siy-powinien-wiedzie-automatyk#.VmstudLhC00,
- 12. http://www.simex.pl/produkt/3313,
- 13. Magda W.: Marine pipelines (in Polish), Wydawnictwo techniczne, Warsaw 2004.
- 14. Nord Stream - Espoo Report, https://www.nord-stream.com
- 15. http://www.nord-stream.com/
- 16. https://www.youtube.com/watch?v=55wa_CvA7UA,
- 17. http://www.bc.pollub.pl/Content/254/korozja.pdf
- 18. http://www.tdwilliamson.com/SolutionsEngine?condition=99&industry=9,
- 19. http://www.rosen-group.com/global/solutions/pipeline-systems.html,
- 20. http://www.elesa-ganter.com/pl/28/sp/9563/4/120/kola-z-nalewanym-wie%C5%84cem-poliuretanowym/re.f5/eg/,