I. Chertok

发表

CORONAS‐F/SPIRIT EUV observations of October–November 2003 solar eruptive events in combination with SOHO/EIT data

F. Auchère, V. Slemzin, S. Kuzin, 2005 .

Solar and Heliospheric Phenomena in October–November 2003: Causes and Effects

A. V. Bogomolov, V. M. Bogod, S. N. Oparin, 2004 .

Solar large-scale channeled dimmings produced by coronal mass ejections

V. Grechnev, I. Chertok, 2003 .

Solar large-scale emitting chains: some CME-associated events

I. Chertok, 2000 .

Homologous large-scale activity in solar eruptive events of November 24-26, 2000

H. Hudson, N. Nitta, V. Grechnev, 2003 .

Coronal Shock Waves, EUV Waves, and Their Relation to CMEs. I. Reconciliation of “EIT Waves”, Type II Radio Bursts, and Leading Edges of CMEs

V. Grechnev, I. Chertok, A. Afanasyev, 2011, 1104.3374.

On the Relationship Between the Transit Time of ICMEs and Strength of the Initiated Geomagnetic Storms

I. Chertok, 2020, 2004.14894.

A Simple Way to Estimate the Soft X-ray Class of Far-Side Solar Flares Observed with STEREO/EUVI

Moscow, Irkutsk, Russia., 2015, 1505.01649.

An Early Diagnostics of the Geoeffectiveness of Solar Eruptions from Photospheric Magnetic Flux Observations: The Transition from SOHO to SDO

V. Grechnev, A. Abunin, I. Chertok, 2017, 1702.05905.

Relationship Between the Magnetic Flux of Solar Eruptions and the Ap Index of Geomagnetic Storms

V. Grechnev, A. Belov, A. Abunin, 2014, 1410.1646.

A Challenging Solar Eruptive Event of 18 November 2003 and the Causes of the 20 November Geomagnetic Superstorm. III. Catastrophe of the Eruptive Filament at a Magnetic Null Point and Formation of an Opposite-Handedness CME

Moscow, Irkutsk, B. Filippov, 2014, 1404.3515.

A Challenging Solar Eruptive Event of 18 November 2003 and the Causes of the 20 November Geomagnetic Superstorm. I. Unusual History of an Eruptive Filament

M. Temmer, B. Filippov, V. Slemzin, 2013, 1304.7950.

Magnetic Flux of EUV Arcade and Dimming Regions as a Relevant Parameter for Early Diagnostics of Solar Eruptions – Sources of Non-recurrent Geomagnetic Storms and Forbush Decreases

V. Grechnev, A. Belov, A. Abunin, 2012, 1209.2208.

Dependence of Forbush-decrease magnitudes on parameters of solar eruptions

V. Grechnev, A. Belov, I. Chertok, 2011 .

Coronal Shock Waves, EUV Waves, and Their Relation to CMEs. III. Shock-Associated CME/EUV Wave in an Event with a Two-Component EUV Transient

G. Rudenko, V. Grechnev, I. Chertok, 2011, 1104.3375.

Large-scale phenomena on the Sun associated with the eruption of filaments outside active regions: the event of September 12, 1999

V. Grechnev, I. Chertok, A. Uralov, 2009 .

An Extreme Solar Event of 20 January 2005: Properties of the Flare and the Origin of Energetic Particles

Moscow, Irkutsk, Russia., 2008, 0806.4424.

The role of plasma ejections in the development of large solar flares of various durations

I. Chertok, M. Livshits, A. Shakhovskaya, 2006 .

Large-scale activity in major solar eruptive events of November 2004 according to SOHO data

I. Chertok, 2006 .

Manifestations of Coronal Mass Ejections in the EUV Range from Data of the CORONAS-F/SPIRIT Telescope

O. Bugaenko, V. Slemzin, S. Kuzin, 2005 .

Large-scale activity in solar eruptive events of October–November 2003 observed from SOHO/EIT data

V. Grechnev, I. Chertok, 2005 .

Analysis of a solar eruptive event on November 4, 2001, using CORONAS-F/SPIRIT data

O. Bugaenko, V. Slemzin, S. Kuzin, 2004 .

Large-scale dimmings produced by solar coronal mass ejections according to SOHO/EIT data in four EUV lines

V. Grechnev, I. Chertok, 2003 .

High-Energy 3He-Rich Solar Particle Events

B. Thompson, J. Torsti, I. Chertok, 2003 .

Multi-scale temporal features of the 14 July 2000 meter- wavelength dynamic radio spectrum compared with TRACE data

V. Grechnev, I. Chertok, A. A. Gnezdilov, 2001 .

Solar Eruptions, Forbush Decreases, and Geomagnetic Disturbances From Outstanding Active Region 12673

A. Belov, A. Abunin, I. Chertok, 2018, Space Weather.

Relations Between Microwave Bursts and Near-Earth High-Energy Proton Enhancements and Their Origin

Moscow, Irkutsk, V. Grechnev, 2015, 1511.05839.

Responsibility of a Filament Eruption for the Initiation of a Flare, CME, and Blast Wave, and its Possible Transformation into a Bow Shock

Moscow, Irkutsk, Russia., 2014, 1410.8696.

Peculiar Solar Sources and Geospace Disturbances on 20–26 August 2018

A. Abunin, I. Chertok, M. Abunina, 2019, Solar Physics.

Microwave characteristics of a behind-the-limb proton flare

J. Kurths, H. Aurass, B. Kliem, 1991 .

Solar Microwave Bursts from Electron Populations with a 'Broken’ Energy Spectrum

I. Chertok, R. Gorgutsa, V. Fomichev, 1998 .

Relations between Strong High-Frequency Microwave Bursts and Proton Events (Special Issue : Twenty Years of Nobeyama Radioheliograph)

Moscow, Irkutsk, Russia., 2013, 1308.2275.

A year later: Solar, heliospheric, and magnetospheric disturbances in November 2004

N. Kleimenova, O. Kozyreva, A. Dmitriev, 2005 .

Solar and heliospheric disturbances that resulted in the strongest magnetic storm of November 20, 2003

M. Litvak, I. Mitrofanov, A. Dmitriev, 2005 .

Homologous large‐scale activity in solar eruptive events of 24–26 November 2000

V. V. Grechnev, Hugh S. Hudson, I. M. Chertok, 2004 .

A Challenging Solar Eruptive Event of 18 November 2003 and the Causes of the 20 November Geomagnetic Superstorm. IV. Unusual Magnetic Cloud and Overall Scenario

B. Jackson, B. Filippov, V. Slemzin, 2014, 1409.0283.

On the Relationship Between the Transit Time of ICMEs and Strength of the Initiated Geomagnetic Storms

I. Chertok, 2020, Solar Physics.

Peculiar Solar Sources and Geospace Disturbances on 20–26 August 2018

A. Abunin, I. Chertok, M. Abunina, 2020, Solar Physics.

Long- and Mid-Term Variations of the Soft X-ray Flare Type in Solar Cycles

A. Belov, I. Chertok, 2017, 1710.06837.

Large-Scale Activity in the Bastille Day 2000 Solar Event

V. Grechnev, I. Chertok, 2005 .

Prolonged millimeter-wave radio emission from a solar flare near the limb

Marian Karlický, I. M. Chertok, M. Karlický, 2002 .

Long-lived hot coronal structures observed with CORONAS-F/SPIRIT in the Mg XII line

V. G. Zandanov, A. Stepanov, O. Bugaenko, 2006 .

On the relationship between solar flares, coronal mass ejections, and post-eruption energy release

I. Chertok, 1996 .

Determination of Acceleration Time of Protons Responsible for the GLE Onset

V. Grechnev, I. Chertok, B. Yushkov, 2013 .

V. Grechnev, I. Chertok, A. Uralov, 2010, 1012.5691.

Evidence for prolonged acceleration based on a detailed analysis of the long-duration solar gamma-ray flare of June 15, 1991

M. Karlický, B. Somov, Y. Litvinenko, 1996 .

A Challenging Solar Eruptive Event of 18 November 2003 and the Causes of the 20 November Geomagnetic Superstorm. II. CMEs, Shock Waves, and Drifting Radio Bursts

M. Temmer, B. Filippov, V. Slemzin, 2013, 1308.3010.

Absorption Phenomena and a Probable Blast Wave in the 13 July 2004 Eruptive Event

Moscow, Irkutsk, K. Shibasaki, 2008, 0811.0899.

Dependence of Forbush-decrease characteristics on parameters of solar eruptions

V. Grechnev, A. Abunin, I. Chertok, 2013 .

Correlation of near-Earth proton enhancements >100 MeV with parameters of solar microwave bursts

V. Grechnev, I. Chertok, N. Meshalkina, 2017 .

Powerful Solar Flares of 2017 September: Correspondence between Parameters of Microwave Bursts and Proton Fluxes near Earth

I. Chertok, 2018, 1802.00191.

Microwave Negative Bursts as Indications of Reconnection Between Eruptive Filaments and a Large-Scale Coronal Magnetic Environment

Moscow, Irkutsk, Russia., 2013, 1307.6965.

On the processing and analysis of the data of the CORONAS-F/SPIRIT and other solar experiments

O. Bugaenko, V. Slemzin, S. Kuzin, 2009 .