I. Larin

发表

Measurements of the infrared absorption cross-sections of haloalkanes and their use in a simplified calculational approach for estimating direct global warming potentials

V. L. Orkin, M. Kurylo, R. Huie, 2003 .

Development of atmospheric characteristics of chlorine-free alternative fluorocarbons. Report on R-134a and E-143a

V. L. Orkin, V. Khamaganov, A. Guschin, 1993 .

Photolysis of C2H2F2Br2 Mixture with O2 in the Oxygen Pressure Range 1–3.5 Torr

A. Spassky, I. Larin, T. I. Belyakova, 2021, Russian Journal of Physical Chemistry B.

Heterogeneous Reaction of Dimethyl Sulfide with Iodine Oxide in a Temperature Range of 291–365 K

A. Spassky, I. Larin, T. I. Belyakova, 2021, Kinetics and Catalysis.

Increase in the apparent rate constant of the reaction of hydrogen sulfide with ozone upon the treatment of the reactor surface with reaction products

A. I. Spasskii, I. Larin, E. Trofimova, 2010 .

Kinetics and mechanism of the photodecomposition of trifluorobromomethane and tetrafluorodibromoethane under the action of light with a wavelength of 253.7 nm

A. I. Spasskii, I. Larin, T. I. Belyakova, 2011 .

Experimental Evidence for Acceleration of Reaction between Iodine Monoxide and Chlorine Monoxide at the Reactor Surface

A. I. Spasskii, I. Larin, E. Trofimova, 2003 .

Measurement of the rate constants for the reactions of the IO• radical with sulfur-containing compounds H2S, (CH3)2S, and SO2

A. I. Spasskii, I. Larin, N. A. Messineva, 2000 .

On the Influence of Global Warming on the Ozone Layer and UVB Radiation

I. Larin, 2021, Izvestiya, Atmospheric and Oceanic Physics.

On Ozone Depletion in the Mesosphere

I. Larin, 2022, Izvestiya, Atmospheric and Oceanic Physics.

Lifetime of Odd Oxygen

I. Larin, Igor Larin, 2019, Russian Journal of Physical Chemistry B.

Mechanisms of the stratospheric ozone depletion: II. Chain length and the rate of ozone depletion in the main stratospheric cycles

I. Larin, M. L. Kuskov, 2013, Russian Journal of Physical Chemistry B.

Acidity and mineral composition of precipitation in Moscow: Influence of deicing salts

A. Yermakov, N. Chubarova, A. Aloyan, 2015, Izvestiya, Atmospheric and Oceanic Physics.

Size effects in the catalysis of atmospheric oxidation of SO2 by iron ions

I. Larin, A. P. Purmal, A. Ermakov, 2006 .

Aqueous-Phase Chemical Reactions in the Atmosphere

A. Yermakov, I. Larin, A. Ugarov, 2004 .

Measurement of the rate constants of the reactions of the chlorine atom with C3F7I and CF3I using the resonance fluorescence of chlorine atoms

A. I. Spasskii, I. Larin, E. Trofimova, 2012, Kinetics and Catalysis.

Measurement of the reaction rate constants of oxygen atoms with chlorine and iodomethane using a resonance fluorescence technique

A. I. Spasskii, I. Larin, E. Trofimova, 2009 .

On the recovery of the ozone layer in the northern hemisphere in the XXI century

I. Larin, 2015, Russian Journal of Physical Chemistry B.

Mechanism of CF3Br Photolysis at the Wavelength of 253.7 nm

I. Larin, T. I. Belyakova, N. A. Messineva, 2018, Russian Journal of Physical Chemistry B.

Reactions of the IO· radical resulting in hydrogen atom abstraction from halogen-containing molecules

A. I. Spasskii, I. Larin, E. Trofimova, 2007 .

Measurements of the apparent rate constant for the reaction of iodine monoxide with chlorine monoxide to form iodine atoms

A. I. Spasskii, I. Larin, N. A. Messineva, 2000 .

Kinetics and mechanism of the photolysis of CF2ClBr exposed to light with a wavelength of 253.7 nm

A. I. Spasskii, I. Larin, T. I. Belyakova, 2017, Kinetics and Catalysis.

Russian investigations in atmospheric chemistry for 2003–2006

I. Larin, 2009 .

Measurement of the Rate Constant of a Reaction of Chlorine Atoms with CH3Br in a Temperature Range of 298–358 K Using the Resonance Fluorescence of Chlorine Atoms

N. G. Proncheva, A. I. Spasskii, I. Larin, 2018, Kinetics and Catalysis.

Study of the reactions of OH with HCl, HBr, and HI between 298 K and 460 K

V. L. Orkin, V. Khamaganov, I. Larin, 2020 .

Measuring the rate constant of the reaction between carbon monoxide and iodine oxide at 298–363 K by the resonance fluorescence method

N. G. Proncheva, A. I. Spasskii, I. Larin, 2014, Kinetics and Catalysis.

The thermodynamic characteristics of hydrogen peroxide in H2SO4-H2O solutions

Y. Kozlov, I. Larin, A. P. Purmal, 2006 .

Chain Lengths of Haloid Catalytic Cycles of Ozone Destruction

I. Larin, 2022, Izvestiya, Atmospheric and Oceanic Physics.

Formation of iodine atoms in the heterogeneous reaction between chlorine and iodomethane

A. I. Spasskii, I. Larin, E. Trofimova, 2010 .

Russian Investigations in Atmospheric Chemistry for 2015–2018

I. Larin, 2019, Izvestiya, Atmospheric and Oceanic Physics.

Participation of hydrogen peroxide in halogen activation in the low stratosphere

A. Yermakov, I. Larin, 2010 .

Chapter 8 – On the rapidity of ion–molecule reactions

P. S. Vinogradov, V. Talrosé, I. Larin, 1979 .

The reaction O++ N2→ NO++ N

V. Talrosé, I. Larin, M. I. Markin, 1962 .

Mechanism and kinetics of the reaction between hydrogen iodide and ozone

A. I. Spasskii, I. Larin, E. Trofimova, 2007 .

The effect of galactic cosmic rays on the chemical composition of the atmosphere, greenhouse effect and ozone layer of the Earth

I. Larin, 2011 .

Russian investigations in atmospheric chemistry for 2007–2010

I. Larin, 2012, Izvestiya, Atmospheric and Oceanic Physics.

Kinetics of a Heterogeneous Reaction of Hydrogen Sulfide with Iodine Oxide in the Temperature Range of 273 to 368 K

A. I. Spasskii, I. Larin, E. Trofimova, 2020, Russian Journal of Physical Chemistry B.

Influence of the Anthropogenic Emissions and Atmospheric Chemical Processes on Climate in the XXI Century

I. Larin, A. Ugarov, 2002 .

On the Chain Length and Rate of Ozone Depletion in the Main Stratospheric Cycles

I. Larin, 2013 .

Effect of Global Warming on the Atmospheric Lifetime of Odd Oxygen

I. Larin, 2023, Izvestiya, Atmospheric and Oceanic Physics.

Chemical Composition of the High Latitude of the Middle Atmosphere of the Northern Hemisphere and its Changes in the 21st Century

I. Larin, 2022, Russian Journal of Physical Chemistry B.

Influence of Particles of the Junge Layer on the Rate of Ozone Destruction in the Lower Stratosphere

A. Aloyan, I. Larin, A. Ermakov, 2021, Russian Journal of Physical Chemistry B.

Influence of Sulfate Aerosol in the Lower Stratosphere on the Lifetime of Odd Oxygen

A. Yermakov, A. Aloyan, I. Larin, 2021, Russian Journal of Physical Chemistry B.

Destruction of Atmospheric Ozone in Ox, HOx, NOx, ClOx, BrOx, and IOx Catalytic Cycles

I. Larin, 2020, Izvestiya, Atmospheric and Oceanic Physics.

Odd oxygen and its atmospheric lifetime

I. Larin, 2017, Russian Journal of Physical Chemistry B.

Mechanism of stratospheric ozone depletion. 1. On chain processes in the stratosphere

I. Larin, M. Kuskov, 2013, Russian Journal of Physical Chemistry B.

Hydrocarbonates in atmospheric precipitation of Moscow: Monitoring data and analysis

A. Yermakov, N. Chubarova, A. Aloyan, 2017, Izvestiya, Atmospheric and Oceanic Physics.

Nocturnal chemistry of sulfur dioxide in drops of tropospheric clouds

I. Larin, A. N. Yermakov, 2013, Kinetics and Catalysis.

Drop size effect on the rate and mechanism of SO2 oxidation in tropospheric clouds

I. Larin, A. P. Purmal, A. Ermakov, 2006 .

Iron Catalysis of SO2 Oxidation in the Atmosphere

I. Larin, A. P. Purmal, A. N. Yermakov, 2003 .

Chlorine activation of the lower stratosphere at mid-latitudes: Impact on the ozone layer

A. Aloyan, I. Larin, A. Ermakov, 2016, Russian Journal of Physical Chemistry B.

In situ separation of heterogeneous and homogeneous reaction components in flow experiment

V. L. Orkin, V. Khamaganov, I. Larin, 1993 .

Resonance Fluorescence Measurement of the Rate Constant of the Reaction of Chlorine Atoms with CF3Br at Temperatures of 273–353 K

A. I. Spasskii, I. Larin, E. Trofimova, 2019, Russian Journal of Physical Chemistry B.

Biologically Active UV Radiation in the 21st Century

I. Larin, 2023, Russian Journal of Physical Chemistry B.

Daytime and nighttime lifetimes of minor atmospheric components in the troposphere

I. Larin, M. Kuskov, 2014, Russian Journal of Physical Chemistry B.