Документы 111 - 120 из 137
112.
Автор:

Количество страниц: 26 с.

Tomski, G. V. Sur les symboles de l’unite culturelle des peuples turco-mongols / Grigori Tomski ; Académie internationale CONCORDE // Concorde. – 2021. – N 2. – С. 73-97.

113.

Количество страниц: 12 с.

Voin, A. M. Sur les theories scientifiques et la methode unique de leur justification / Voin Alexander, Tomski Grigori ; Institut international des problèmes de la philosophie et de la société, Académie Internationale CONCORDE // Concorde. – 2019. – N 4. – С. 3-13.

114.

Количество страниц: 14 с.

Voin, A. M. Talks about science Scientific theories and Unified method for their justification / Alexander Voin, Grigori Tomski // Bulletin de l’Académie Internationale CONCORDE. - 2019. – N 4. – С. 3-15.

115.
Автор:

Количество страниц: 54 с.

The Tangrian traditions are well preserved in Yakutia (Sakha Republic), we find their traces in Kazakhstan and in Central Asia, in South Siberia, in Turkey and in Mongolia.
Тангрийские традиции хорошо сохранились в Якутии (Республика Саха), мы находим их следы в Казахстане и Средней Азии, в Южной Сибири, в Турции и в Монголии.

Tomski, G. V. Tangrism in Yakutia: schema of Teris / Grigori Tomski // Bulletin de l’Académie Internationale CONCORDE. - 2017. – N 1. – С. 25-78.

116.
Автор:
Заглавие: Tangrisme et tolerance

Количество страниц: 30 с.

В статье излагается интерпретация тангризма с научным мировоззрением, которая близка к естественной религии философии и подходит для популяризации современного тангризма во всем мире, чтобы способствовать религиозной терпимости и культурному сближению. Новые религии или глубоко модернизированные религии должны соответствовать научному подходу и способствовать развитию творчества и научной культуры для всех.

Tomski, G. V. Tangrisme et tolerance / Tomski G. ; Académie Internationale CONCORDE // Concorde. – 2016. – N 1. – С. 3-32.

117.

Количество страниц: 12 с.

Ноговицын, А. П. Textological analysis of the early editions of A. E. Kulakovsky`s literary texts // Вестник Северо-Восточного федерального университета им. М. К. Аммосова. Серия "Вопросы национальных литератур". - 2021. - N 1 (01). - С. 41-51.

118.

Количество страниц: 4 с.

The character of geomagnetic and auroral response to solar wind dynamic pressure variation and the dynamics of particles injected into the magnetosphere / S. I. Solovyev, A. V. Moiseyev, K. Yumoto, M. Engebretson, A. Du // Physics of auroral phenomena : proceedings of the 29th annual seminar, Apatity, 27 February – 3 March 2006. – 2007. – P. 112-115.

119.

Количество страниц: 3 с.

Examination of auroral absorption (AA) occurrence rate and AA meridional distribution versus local time and in the course of the solar cycle has been performed by riometer observations from 1985 to 1995 at the longitude of Yakutsk. Geomagnetic latitude of the region of absorption maximum occurrence changes in the course of the solar cycle from 66.5° to 64.4°. The largest displacement of this region to lower latitudes is observed during years of maximum solar activity. The half-width of the region is ~8° at solar minimum and ~10° at solar maximum. It has been also revealed that the region of AA is shifted to higher latitudes at daytime (1000-1400LT), and to lower ones in the evening (1800-2000LT), the displacement from the daily average position being ~1° and ~3° in the years of solar activity maximum and minimum, respectively. In all years at 2000-2100LT a short-term extension of the AA region by 1-4° is observed. The interpretation of the observationa is proposed.

Sokolov, V. D. The dynamics of auroral absorption parameters in the 22nd solar activity cycle / V. D. Sokolov, S. N. Samsonov // Physics of auroral phenomena : proceedings of the 26th annual seminar, 25 - 28 February 2003. – 2003. – P. 95-97.

120.
Автор:

Количество страниц: 12 с.

This article discusses criteria for comparing the effectiveness of energy resources. It focuses on the interrelationship between the effectiveness of energy resources and movement from one technological stage to another. What emerges is the consistent pattern of change in existing technologies, and increasingly evident is that, at their current stage of development, neither nano- nor biotechnology will lead to an evolution from the current and fifth technological stage to a sixth. Of note is that at present oil remains the key energy resource, which means that in the near future peak oil will force us to confront an unprecedented event in industrial history: energy degradation, which can be viewed as a regressive movement in the existing technological stage.

Sokolov, A. N. The effectiveness of energy resources and successive technological stages / A. N. Sokolov // Нефтегазовое дело. - 2011, N 5. - С. 428-438.