A V Blinov
Biographic Data
| ID | 5599555 |
|---|---|
| NAME | A V Blinov |
| GIVEN NAMES | A V |
| FAMILY NAME | Blinov |
| SIGNATURE | BLINOV A V |
| VERIFIED | No |
| TOTAL WORKS | 3 |
| TOTAL CITATIONS | 2 |
| WORKS AS AUTHOR | 3 |
| WORKS AS EDITOR | 0 |
| FIRST PUBLICATION YEAR | 1989 |
| LATEST PUBLICATION YEAR | 2022 |
| H-INDEX | 1 |
Siberia in the Legislative Space of the Russian Empire (18th – Early 20th Century)
The review contains a description of the research within the framework of the concept of imperial regionalism, dedicated to the laws of the Russian Empire and their projection on Siberia. The study is based on a large information base and is based on a historical and legal approach, which made it possible to comprehensively evaluate government concepts that take into account the geopolitical features of the region
Reflection of Solar Activity Dynamics in Radionuclide Data
Variability of solar magnetic activity manifested within sunspot cycles demonstrates features of chaotic behavior. We have analyzed cosmogenic nuclide proxy records for the presence of the solar activity signals. We have applied numerical methods of nonlinear dynamics to the data showing the contribution of the chaotic component. We have also formulated what kind of cosmogenic nuclide data sets are needed for investigations on solar activity
Temporal 10 Be and 14 C Variations
Temporal variations of cosmogenic radionuclide atmospheric concentrations can be caused by such global phenomena as solar activity and geomagnetic field changes as well as atmospheric circulation processes. These causes can be distinguished by the comparison of several isotope records corresponding to the same time period. We discuss a possibility for reconstructing the geomagnetic moment during the last 30,000 years from the comparison of 10 Be …
Temporal 10 Be and 14 C Variations
Temporal variations of cosmogenic radionuclide atmospheric concentrations can be caused by such global phenomena as solar activity and geomagnetic field changes as well as atmospheric circulation processes. These causes can be distinguished by the comparison of several isotope records corresponding to the same time period. We discuss a possibility for reconstructing the geomagnetic moment during the last 30,000 years from the comparison of 10 Be …
Temporal 10 Be and 14 C Variations
Temporal variations of cosmogenic radionuclide atmospheric concentrations can be caused by such global phenomena as solar activity and geomagnetic field changes as well as atmospheric circulation processes. These causes can be distinguished by the comparison of several isotope records corresponding to the same time period. We discuss a possibility for reconstructing the geomagnetic moment during the last 30,000 years from the comparison of 10 Be …
Reflection of Solar Activity Dynamics in Radionuclide Data
Variability of solar magnetic activity manifested within sunspot cycles demonstrates features of chaotic behavior. We have analyzed cosmogenic nuclide proxy records for the presence of the solar activity signals. We have applied numerical methods of nonlinear dynamics to the data showing the contribution of the chaotic component. We have also formulated what kind of cosmogenic nuclide data sets are needed for investigations on solar activity
Siberia in the Legislative Space of the Russian Empire (18th – Early 20th Century)
The review contains a description of the research within the framework of the concept of imperial regionalism, dedicated to the laws of the Russian Empire and their projection on Siberia. The study is based on a large information base and is based on a historical and legal approach, which made it possible to comprehensively evaluate government concepts that take into account the geopolitical features of the region
Geology (2 works) · Geomagnetism and Paleomagnetism Studies (2 works) · Geophysics (2 works) · Magnetic field (2 works) · Nuclear physics (2 works) · Physics (2 works) · Radionuclide (2 works) · Arctic and Russian Policy Studies (1 work) · Astro and Planetary Science (1 work) · Astronomy (1 work)