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Learning from the biosphere. Low-potential energy of "living matter"
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Learning from the biosphere. Low-potential energy of "living matter"
Annotation
PII
S0233-36190000622-2-1
Publication type
Article
Status
Published
Authors
Leonid Goshka  Yriy Tkachenko
Edition
ENERGY 01'2024
Pages
30-45
Abstract

The article gives a review of works describing the current state of technosphere energetics and presenting forecasts of its further development. The contradiction between the principles of structure and the direction of evolution vectors of the Earth's biosphere and modern technosphere with its energy is shown. The confrontation between artificial and natural habitat can lead to the destruction of the latter and global ecological catastrophe. In order to avoid such a negative scenario, scientists suggest "learning from Nature". For this purpose, the article considers energy sources and principles of energy conversion used by "living matter" - unicellular and multicellular organisms of the biosphere. In order to prevent a global ecological catastrophe it is necessary to restructure the technosphere according to the nature-like principles. In the presented article, the authors propose a concept of energy of the future ecotechnosphere, based on the already known theoretical and experimental developments made by scientists in the direction of imitating nature - biomimicry (or biomimetics). These include techniques and technologies that reproduce natural processes of energy production and transformation, such as the use of low-potential renewable energy sources, bioelectricity generation, controlled photosynthesis, gluconics (synthesis, processing and utilization of glucose), artificial muscle fiber.

Keywords
Technosphere energy; evolution; Earth's biosphere; low-potential renewable energy sources; bioelectricity generation; controlled photosynthesis; gluconics; artificial muscle fiber
Date of publication
20.02.2024
Number of purchasers
9
Views
82
Readers community rating
0.0 (0 votes)
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References



Additional sources and materials

1. 	Polovov I.B. Vvedenie v khimicheskuyu tekhnologiyu materialov sovremennoj ehnergetiki.URL: https://present5.com/download/presentacia.php?id=1405556.	 

2. 	Degtyaryov K.S. Dinamika mirovogo ehnergopotrebleniya v XX-XXI vv. i prognoz do 2100 goda // Okruzhayuschaya sreda i ehnergovedenie.2020. № 2. S. 35-48.	 

3. 	Beseda korrespondenta zhurnala A.B. Anapol'skogo s V.G. Gorshkovym i A.M. Makar'evoj) // Ehnergiya: ehkonomika, tekhnika, ehkologiya. 2018. № 5. S. 23-41.	 

4. 	Ponomaryov-Stepnoj N.N., Tsibul'skij V.F. Ehnergetika XXI veka // Ehnergiya: ehkonomika tekhnika, ehkologiya. 2010. № 10. S. 2-6.	 

5. 	Velikhov E.P., Gagarinskij A.Yu., Subbotin S.A., Tsibul'skij V.F. Ehvolyutsiya ehnergetiki v XXI veke // Ehnergiya: ehkonomika, tekhnika, ehkologiya. 2009. № 11. S. 2-13.	 

6. 	Tkachenko Yu.L., Goshka L.L. “Zadacha Kerzhentseva” i buduschee chelovechestva // Ehnergiya: ehkonomika, tekhnika, ehkologiya. 2021. № 9. S. 48-57.	 

7. 	Popel' O.S. Ehnergiya biomassy // Ehnergiya: ehkonomika, tekhnika, ehkologiya. 2016. № 11. S. 2-11.	 

8. 	Sravnitel'naya tablitsa teplotvornosti nekotorykh vidov topliva. URL: http://ecoles-nn.ru/tablitsa-teplotvornosti/.	 

9. 	Pantskhava E.S., Shipilov M.M., Kovalev N.D. Bioehnergetika Rossii - nastoyaschee i buduschee(bioehnergetika i politika) // Ehnergiya: ehkonomika, tekhnika, ehkologiya. 2008. № 10. S. 2-14.	 

10. 	V.V. Potapov, B.F. Reutov Patent № 2267768 ot 2004 g. URL: https://rusneb.ru/catalog/000224_000128_0002267768_20060110_C1_RU/.	 

11. 	Gorshkov V.G. Fizicheskie i biologicheskie osnovy ustojchivosti zhizni. M., 1995.	 

12. 	Dzino A.A., Malinina O.S. Mashiny i sistemy nizkopotentsial'noj ehnergetiki: Ucheb.-metod. posobie. SPb.:, 2016.	 

13. 	Kurichev N.K. Mirovoj opyt issledovaniya buduschego ehnergetiki // Ehnergiya: ehkonomika, tekhnika, ehkologiya. 2014. № 9. S. 8-17.	 

14. 	Ageev V.A., Kostrigin A.A. Netraditsionnye i vozobnovlyaemye istochniki ehnergii: Uchebnoe posobie. Saransk, 2018.	 

15. 	Gil'denskiol'd S.R., Krylova T.I., Levakova I.V., Loginova P.A. Potentsial'nye ehkologicheskie posledstviya v razvitii al'ternativnoj ehnergetiki / Ehkologiya i zdorov'e cheloveka.Materialy III Vserossijskoj nauchno-praktiche-skoj konferentsii s mezhdunarodnym uchastiem, pamyati professora Yu.D. Zhilova. Otv. redaktor Yu.P. Molokanova. Moskva, 2022. S. 119-126.	 

16. 	“Mikrovodorosli obespechat ehnergosberezhenie”. URL: https://rgsu.ru/energosberezhenie/1510-mikrovodorosli-obespechat-energosberezhenie.html.	 

17. 	Potapova T.V. Ehnergetika zhivoj kletki //Ehnergiya: ehkonomika, tekhnika, ehkologiya. 2010.№ 11. S. 66-70.	 

18. 	Ivanov K.P. Zhizn' pri minimal'nykh raskhodakh ehnergii // Uspekhi fiziologicheskikh nauk. 2008. T. 39. № 1. S. 42-54.	 

19. 	Ivanov K.P. Ukaz. soch.	 

20. 	Tam zhe.	 

21. 	Ivanov K.P. Zhizn' pri minimal'nykh raskhodakh ehnergii // Uspekhi fiziologicheskikh nauk. 2008. T. 39. № 1. S. 42-54.	 

22. 	Ivanov K.P. Ehnergiya i zhizn' // Uspekhi sovremennoj biologii. 2008. T. 128. № 6. S. 606-619.	 

23. 	Kirillov V. Rasteniya na sluzhbe ehnergetikov // Ehnergiya: ehkonomika, tekhnika, ehkologiya. 2014. № 2. S. 76-80.	 

24. 	Kirillov V. Ukaz. soch.	 

25. 	Magarshak Yu.B. Glyukonika - ehnergetika buduschego // Ehnergiya: ehkonomika, tekhnika, ehkologiya. 2017. № 9. S. 62-66.	 

26. 	Borkhvardt V.G. Myshechnoe sokraschenie: novyj vzglyad na staruyu problemu // Russkij ornitologicheskij zhurnal 2016. Tom 25. № 1250.S. 561-573.	 

27. 	Borkhvardt V.G. Tam zhe.	 

28. 	Borkhvardt V.G. Tam zhe.	 

29. 	Nikolaj Grin'ko “Tkan' OmniFiber nauchit pravil'no dyshat'”. URL: https://radiovesti.ru/brand/60950/episode/2604587/.	 

30. 	Potapova T.V. Ehnergetika zhivoj kletki //Ehnergiya: ehkonomika, tekhnika, ehkologiya. 2010.№ 11. S. 66-70.	 

31. 	Mescheryakova M.O. Konversiya stochnykh vod, soderzhaschikh organicheskie veschestva, v ehlektricheskuyu ehnergiyu s pomosch'yu mikrobnykh toplivnykh ehlementov // Ehnergiya - KhKhI vek. 2020. № 1. S. 34-42.	 

32. 	Vernadskij V.I. “Zhizneopisanie. Izbrannye trudy. Vospominaniya sovremennikov. Suzhdeniya potomkov”. (Seriya: Otkrytiya i sud'by). M., 1993.

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