16
I. K. Larin
57. Arshinov M.ju., and M. Belan B.D. Study of aerosol dispersion during the spring
haze and forest fires // Optika atmosphery i okeana (2011) V. 24. № 06. P. 468–477. (rus.)
58. Isakov A.A., Anikin P.P., Elohov A. S. et al. On the characteristics of smoke of
forest and peat fires in Central Russia in the summer of 2010 // Optika atmosphery i okea‑
na (2011) V. 24. № 06. P. 478–482. (rus.)
59. Bisinus M.A., Popova S.A., Čankina O.V. et al. The impact of forest fires on the
mass
concentration, dispersion and chemical composition of
atmospheric aerosol in the
regional scale // Optika atmosphery i okeana (2013) V. 26. № 06. P. 484–489. (rus.)
60. Surkov G.V., Blinov D.V., Kirsanov A.A. et al. Modeling of air pollution plumes
from the pockets of forest fires using chemical-transport model COSMO-Ru7-ART //
Optika atmosphery i okeana (2014) V. 27. № 01. P. 75–81. (rus.)
61. Rakhimov R.F., Kozlov V.S., Panchenko M.V. et al. Properties of atmospheric
aerosol in the plumes of smoke from forest fires, according to the measurement spek‑
tronefelometric measurements // Optika atmosphery i okeana (2014) V. 27. № 02.
P. 126–133. (rus.)
62. Maričev V.N., Samokhalov I.V. Lidar observation of aerosol volcanic layers in
the stratosphere of Western Siberia in 2008–2010 // Optika atmosphery i okeana (2011)
V. 24. № 03. P. 224–231. (rus.)
63. Lysenko S. A., Kuheika M.M. Restoration of optical and microphysical char‑
acteristics of stratospheric aerosol postvulkaničeskogo of results three-frequency lidar
sensing // Optika atmosphery i okeana (2011) V. 24. № 04. P. 308–318. (rus.)
64. Dolgii S.I., Burlakov V.D., Makeev A.P. et al. Aerosol perturbations of the strato‑
sphere after eruption of Grimsvotn Volcano (Iceland, may 2011) the observation stations
lidar network CIS CIS-LiNet in Minsk, Tomsk and Vladivostok // Optika atmosphery
i okeana (2013) V. 26. № 07. P. 547–552. (rus.)
65. Zuev V.V., Zueva N.E., Savelyeva E.S. Temperature and ozone anomalies as in‑
dicator of volcanic soot into the stratosphere // Optika atmosphery i okeana (2014) V. 27.
№ 08. P. 698–704. (rus.)
66. Saveleva E.S., Zuev V.V. The influence of volcanic emissions on ozone depletion
in the spring over Antarctica // The composition of the atmosphere. Atmospheric electric‑
ity. Climatic effects, “Proceedings of the XVI International School-Conference of young
scientists” (2012) Zvenigorod. P. 169–172.
67. Toropov A.A., Kozlov V.I., Mullarov V.A. et al. Splashes in neutrons connect‑
ed with a lightning categories a cloud — the earth // The composition of the atmos‑
phere. Atmospheric electricity. Climatic effects. “Proceedings of the 16
th
International
School-Conference of young scientists” (2012) Zvenigorod. P. 199–201.
68. Zuev V.V., Zueva N.E. Volcanic perturbations of the stratosphere is the main reg‑
ulator of the long-term behaviour of ozonosphere in the period from 1979 to 2008 //
Optika atmosphery i okeana (2011) V. 24. № 01. P. 30–34. (rus.)
69. Gruzdev A.N. Score effects the volcanic eruption of Pinatubo in stratospheric
O
3
and NO
2
content, taking into account the level of solar activity variations // Optika
atmosphery i okeana (2014) V. 27. № 06. P. 506–514. (rus.)
17
Atmospheric
Chemistry
70. Larin I.K. On chain length in major cycles of stratospheric ozone depletion // The
composition of the atmosphere. Atmospheric electricity. Climatic effects. “Proceedings of
the 16th International School-Conference of young scientists (2012) Zvenyhorod P. 35–39.
71. Larin I. K., and Kuskov M. L., Mechanisms of Stratospheric Ozone Depletion.
I. On Chain Processes in the Stratosphere // Russian J. Phys. Chem. B (2013) Vol. 7. No.
4. P. 509–513.
72. Larin I. K., and Kuskov M. L. Mechanisms of Stratospheric Ozone Depletion. II.
Chain Length and the Rate of Ozone Depletion in the Main Stratospheric Cycles // Rus‑
sian J. Phys. Chem. B (2013) Vol. 7. No. 5. P. 580–588.
73. Igor Larin. On the Chain Length and Rate of Ozone Depletion in the Main Strat‑
ospheric Cycles //Atmospheric and Climate Sciences (2013) Vol. 3. No. 1. P. 141–149.
74. Lisitsa C.M. The influence of solar proton event on ozonospeer // The composi‑
tion of the atmosphere. Atmospheric electricity. Climatic effects, “Proceedings of the 16th
International School-Conference of young scientists” (2012) Zvenigorod. P. 134–137.
75. Ryskin V.G., Zinchenko I.I., Krasilnikov A.A. et al. About the distribution of
ozone in the stratosphere based on simultaneous terrestrial microwave measurements in
Nizhny Novgorod, Russia and Kyrgyzstan // Meteorologija i gidrilogija (2012) № 10.
P. 24–32. (rus.)
76. Bazhenov O.E. Evaluation of influence of humidity and temperature in the strat‑
osphere by ozone anomalies occur in spring 2011 in the Arctic
and the northern territory
of Russia // Optika atmosphery i okeana (2012) V. 25. № 07. P. 589–593. (rus.)
77. Larin I.K. Chemical physics of the ozone layer. Moscow. GEOS (2013). 159 p.
78. Eliseev A. V. Prevention of climate change through the emission of sulphate in
the stratosphere: implications for the global carbon cycle and the terrestrial biosphere //
Optika atmosphery i okeana (2012) V. 25. № 06. P. 467–474. (rus.)
79. Volodin E.M., Kostrykin S.V., Ryaboshapko A.G. Modeling climate change due
to the introduction of sulfur-containing compounds in the stratosphere // Izvestiya RAN.
Fizika atmosphery i okeana (2011) V. 47. № 4. P. 467–476. (rus.)
80. Mikhalev A.V. Radiation of Earth’s upper atmosphere and fluctuations in the cli‑
mate system “atmosphere-ocean” // Optika atmosphery i okeana (2012) V. 25. № 01.
P. 66–69. (rus.)
81. Eliseev I.I., Mokhov A.V. Influence of solar activity on the climate: possible
mechanisms of exposure and the results of simulation // The composition of the atmos‑
phere. Atmospheric electricity. Climatic effects, “Proceedings of the 16
th
International
School-Conference of young scientists” (2012) Zvenigorod. P. 25–28.
82. Belan B.D. Impact of anthropogenic factor on content of greenhouse gases in the
troposphere. 1. Methane // Optika atmosphery i okeana (2012) V. 25. № 04. P. 361–373. (rus.)
83. Malakhov V.V. Methanhydrates as a possible source of methane during gla‑
cial-intericing cycle // Optika atmosphery i okeana (2011) V. 24. № 01. P. 84–87. (rus.)
84. Nasrtdinov I.M., Zhuravleva T.B., Sakerin S.M. Aerosol forcing in the estima‑
tion of radiation for three areas of the oceans // Optika atmosphery i okeana (2013) V. 26.
№ 07. P. 572–578. (rus.)