1.          Stenina, N.G. (1985). Transmission Electron Microscopy in Solving Genetic Mineralogy Problems. Nauka, Novosibirsk [in Russian].

2.          Stenina, N.G. and Distanova, A.N. (1991). Structural-chemical transformations of silicate minerals as an indicator of their genesis (on the example of Kaakhem pluton rocks, Tuva). United Institute of Geology, Geophysics and Mineralogy of SB RAS Publishing, Novosibirsk [in Russian].

3.          Stenina N.G., Bazarov L.Sh., Scherbakova M.Ya., Mashkovtsev R.I. Structural state and diffusion of impurities in natural quartz of different genesis. Phys. and Chem. of Minerals.1984.v.10, N4, p.180-186.

4.          Stenina, N.G. (1987). On the forms of water incorporation into crystalline quartz. Mineralogical Magazine 9, 58 [in Russian].

5.          Stenina N.G., Sotnikov V.I., Korolyuk V.N. and Kovaleva L.T. (1988). Microstructural peculiarities of hydrothermal vein quartz as indicator of its ore-bearing capacity. Geochimiya 5, 641 [in Russian].

6.          Strenina N.G. (1990). Microstructure of minerals as a new source of information on the evolution of mineral matter. In: V. A. Solov’ev (Ed.): “Idea of evolution in geology: substance and structure”  Nauka, Novosibirsk, p.281-293 [in Russian].

7.          Stenina N.G. (1991). Quartz as indicator of the structure of a mineral-forming medium containing ore elements. In M. Pagel & J. Leroy (eds): “Source, Transport and Deposition of Metals”. A.A. Balkema/Rotterdam/Brookfield, p.227-229

8.          Stenina N.G., Distanova A.N. (1991).The nature of granitic melt and its ore potential.. Ibid. p.821-824

9.          Stenina N.G. (1995). Energy aspect in the formation of granitic magma and ore deposits. In: J. Pasava et al. (eds.) “Mineral Deposits: From Their Origin to Their Environmental Impacts” A.A. Balkema/ Rotterdam/Brookfield, p.539-542

10.       Stenina N.G. (1995). Alabin L.V. On the veining produced by rearrangements within the continuum of rock substance (quartz-gold bearing veins of Kuznetsky Alatau).  Ibid. Late contributions, p.20-23

11.       Stenina N.G. (1998). Fractal properties of gold-ore fields. In: F.P. Mitrofanov, P.M. Goryainov, G. Yu. Ivanyuk (eds.) «Theory of dissipative structures in geological analysis”. Proceedings of the 4^th Conference on Geological Synergetics. Kola Sc Center of RAS,Geological Institute, Apatity, с.88-91 [in Russian].

12.       Stenina N.G., Gubareva D.B., Gutakovskii A.K., Plyasova L.M. (2000). Crystallochemical features of vein quartz of the Sarala deposit as an indicator of its gold-bearing capacity (Kuznetsky Alatau, Russia). Geology of Ore Deposits 42, N1, p.53-62 [in Russian].

13.       Stenina N.G. (2001). Organic matter as a reducing barrier for ore and hydrocarbon mineralization in black shales. In: A. Piestrzynsky et al (eds.) “Mineral Deposits at the Beginning of the 21-st Century” A.A. Balkema Publishers Lisse/Abingdon/Exton (Pa)/Tokyo, p.105-108

14.       Stenina N.G., Alabin L.V., Dolzhenko V.N. (2001).Metamorphic reactions as a basis of gold mineralization. In: A. Piestrzynsky et al (eds.) “Mineral Deposits at the Beginning of the 21-st Century” A.A. Balkema Publishers Lisse/Abingdon/Exton (Pa)/Tokyo, p.917-920

15.       Stenina N.G. (2001). Aqua-complexes and their role in the ore mineralization. In:  P.M. Goryainov and G. Yu. Ivanyuk “Self-organizatiojn of mineral systems” GEOS, p.152-155 [in Russian].

16.       Stenina N.G. (2002). Energy-informative nature of the living and mineral matter unity. In:  «Bio-inert interactions: life and stone» Proceedings of International Symposium. 25-27 June 2002.St.-Petersburg, p.34 – 37 [in Russian].

17.       Stenina N.G. (2002).  Mechanism of hydrocarbon synthesis in nature: the role of Redox in the unity of living and mineral matter. «Organic Mineralogy”. Proceedings of the Russia’s Meeting on Organic Mineralogy. St.-Petersburg, St-Petersburg State Universirt Publishing, p.24–26 [in Russian].

18.       N.G. Stenina (2003). Formation of diamonds in nature: the key role of the energy of Redox. In: N. Yushkin (ed.) Carbon: Mineralogy, Geochemistry and Cosmochemistry. Geoprint, Syktyvkar. p. 76–78 [in Russian].

19.       N.G. Stenina, V.G. Petrov. (2003). Gold deposits of the Yenissej ridge (Russia), with special reference to mechanism of tectonogenesis. In: Demetrios G. Eliopoulos et al. (ed.) “Mineral Exploration and Sustainable Development” v.2. Millpress Rotterdam Netherlands 2003, p. 721–724.

20.       N.G. Stenina, V.N. Korolyuk, A.K. Gutakovskii, R.I. Koneev. (2003). Pipe-like ore bodies of the Kochbulak deposit (Uzbekistan): Relevance to understanding gold mineralization. Ibid. v.1, p.529–532

21.       N.G. Stenina (2003). REDOX as a link between organic and inorganic matter: its role in mineralization.  In Demetrios G. Eliopoulos et al. (ed.) “Mineral Exploration and Sustainable Development” v.2. Millpress Rotterdam Netherlands 2003, p.857-860

22.       Stenina N.G. (20030. Redox as a principle factor of hydrocarbon potential of self-organizing mineral matter.  In: A.N. Dmitrievskii and A.E. Kontorovich (eds.) “Genesis of oil and gas” M., GEOS, p. 327–329 [in Russian]. 

23.       N.G. Stenina, A.K. Gutakovskii (2003). TEM study of incommensurate phases in minerals: implication for material science. Materials Chemistry and Physics. 81, p.237-240. 

24.       Stenina N.G. (2004). Water-related defects in quartz. Bulletin of Geosciences 79, N4, p.251-268.

25.       Stenina (2004). The concept of the Earth as a single entity: theory and  implications. In: «Science and future: ideas to change the world» Proceedings of International Conference. Moscow 2004, V.I. Vernadskii Museum, p.183-185 [in Russian].

26.       Stenina N.G. (2004). Mineral matter of the Earth has its own DNA. Universum 5, p. 37-41 [in Russian].

27.       Stenina N.G. (2004). What awaits us with further oil extraction? Ibid. p. 14–15 [in Russian].

28.       Stenina N. G., Alabin L. V., Konev R.I. (2004). Gold-ore process: a single mechanism and variety of geological environments. In:  “Gold of Siberia and Far East: geology, geochemistry, economics, ecology” 3^rd All-Russia Symposium, Ulan-Ude 21-25 September 2004г. Publishing of Buryatia’s Scientific Center SBRAS, p. 206-208 [in Russian].

29.       Stenina N.G. Applied aspects of the solving of the problem of “invisible” gold. Ibid. p.409–411 [in Russian].

30.       Stenina N.G. (2005). Formation of hydrocarbons in nature: reaction mechanism, eological and experimental evidence. In: «Geodynamics of the oil-gas basins» Proceed ings of the 2^nd International Conference. Moscow 19-21 October 2004. Gubkin RSU of oil and gas, Moscow, p. 59 – 67 [in Russian].

31.       Stenina N.G. (2005). Algorithm of the natural cycle of carbon. In: «Organic Mineralogy». Proceedings of II Meeting on Organic Mineralogy. Petrozavodsk, Kola Scientific Center RAS. p. 229–230 [in Russian].   

32.       Stenina N.G., Gutakovskii A.K., Plyasova L.M. (2005). Generation of hydrocarbons: Mechanism of reaction, geologic and experimental evidence. In: J. Mao and F. Bierlein (eds.) “Mineral Deposit Research: Meeting the Global Challenge”. Proceedings of the Eighth Biennial SGA Meeting, Beijing, China, 18-21 August 2005, Springer, v.1, p. 179–182.

33.       Stenina N.G. 2005. New concept of ore genesis: Application to prospecting and exploitation. Ibid. v.2, p. 1069–1072.

34.       Stenina N.G. (2005). The mystery of the oil origin: new sources of energy. Universum , N 6, p. 43–49 [in Russian].

35.       Stenina N.G. (2006). Water in silicates. In: Skolubovich Yu. L. (ed.) «Building and finishing materials.Standards of XXI century» XIII APAM International Seminar. Novosibirsk State University of Architecture and Civil Engineering (Sibstrin), Novosibirsk, v. 2, p. 148–151 [in Russian].

36.       Stenina N.G. (2007). Reality of the mineral DNA. Tekhnika Molodezhi, №883, April 2007г., p. 16–19 [in Russian].

37.       Stenina N.G. Origin of mineral water. Novosibirsk: Izd-voor SORAN, 2017., p. 130 [in Russian].