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Study of the planetary waves generation and propagation in the MLT region during different phases of the solar cycle. / Коваль, Андрей Владиславович; Гаврилов, Николай Михайлович; Погорельцев, Александр Иванович; Шевчук, Никита Олегович.

2017. 693 Paper presented at 19th EGU General Assembly, Вена, Austria.

Research output: Contribution to conference › Paper › peer-review

Harvard

Коваль, АВ, Гаврилов, НМ, Погорельцев, АИ & Шевчук, НО 2017, 'Study of the planetary waves generation and propagation in the MLT region during different phases of the solar cycle.', Paper presented at 19th EGU General Assembly, Вена, Austria, 23/04/17 - 28/04/17 pp. 693.

APA

Коваль, А. В., Гаврилов, Н. М., Погорельцев, А. И., & Шевчук, Н. О. (2017). Study of the planetary waves generation and propagation in the MLT region during different phases of the solar cycle.. 693. Paper presented at 19th EGU General Assembly, Вена, Austria.

Vancouver

Коваль АВ, Гаврилов НМ, Погорельцев АИ, Шевчук НО. Study of the planetary waves generation and propagation in the MLT region during different phases of the solar cycle.. 2017. Paper presented at 19th EGU General Assembly, Вена, Austria.

Author

Коваль, Андрей Владиславович ; Гаврилов, Николай Михайлович ; Погорельцев, Александр Иванович ; Шевчук, Никита Олегович. / Study of the planetary waves generation and propagation in the MLT region during different phases of the solar cycle. Paper presented at 19th EGU General Assembly, Вена, Austria.

BibTeX

@conference{e2b5ecafaa924ba8a2caf299eb592722,
title = "Study of the planetary waves generation and propagation in the MLT region during different phases of the solar cycle.",
abstract = "One of the important factors of atmospheric dynamics and thermal regime at heights of mesosphere-lower thermosphere is energy and momentum transfer by atmospheric planetary waves.We perform numerical modeling of the atmospheric general circulation using improved general circulation model MUAM with 56 vertical levels. This model covers altitudes from the ground to 300 km. The MUAM includes parameterization schemes of stationary planetary waves (SPWs) and normal atmospheric modes (NAMs). To parameterize NAM sources in the MUAM, additional terms to the heat balance equation are used. These terms include sets of time-dependent sinusoidal components with zonal wavenumbers 1 and 2 and periods corresponding to simulated NAMs. We perform numerical simulation of global atmospheric circulation for the initial conditions сorresponding to the years of solar cycle minima and maxima.",
keywords = "планетарные волны, солнечная активность, численное моделирование",
author = "Коваль, {Андрей Владиславович} and Гаврилов, {Николай Михайлович} and Погорельцев, {Александр Иванович} and Шевчук, {Никита Олегович}",
year = "2017",
month = apr,
language = "English",
pages = "693",
note = "19th EGU General Assembly : EGU2017, EGU2017 ; Conference date: 23-04-2017 Through 28-04-2017",
url = "https://egu2017.eu/information/general_information.html",

}

RIS

TY - CONF

T1 - Study of the planetary waves generation and propagation in the MLT region during different phases of the solar cycle.

AU - Коваль, Андрей Владиславович

AU - Гаврилов, Николай Михайлович

AU - Погорельцев, Александр Иванович

AU - Шевчук, Никита Олегович

N1 - Conference code: 17

PY - 2017/4

Y1 - 2017/4

N2 - One of the important factors of atmospheric dynamics and thermal regime at heights of mesosphere-lower thermosphere is energy and momentum transfer by atmospheric planetary waves.We perform numerical modeling of the atmospheric general circulation using improved general circulation model MUAM with 56 vertical levels. This model covers altitudes from the ground to 300 km. The MUAM includes parameterization schemes of stationary planetary waves (SPWs) and normal atmospheric modes (NAMs). To parameterize NAM sources in the MUAM, additional terms to the heat balance equation are used. These terms include sets of time-dependent sinusoidal components with zonal wavenumbers 1 and 2 and periods corresponding to simulated NAMs. We perform numerical simulation of global atmospheric circulation for the initial conditions сorresponding to the years of solar cycle minima and maxima.

AB - One of the important factors of atmospheric dynamics and thermal regime at heights of mesosphere-lower thermosphere is energy and momentum transfer by atmospheric planetary waves.We perform numerical modeling of the atmospheric general circulation using improved general circulation model MUAM with 56 vertical levels. This model covers altitudes from the ground to 300 km. The MUAM includes parameterization schemes of stationary planetary waves (SPWs) and normal atmospheric modes (NAMs). To parameterize NAM sources in the MUAM, additional terms to the heat balance equation are used. These terms include sets of time-dependent sinusoidal components with zonal wavenumbers 1 and 2 and periods corresponding to simulated NAMs. We perform numerical simulation of global atmospheric circulation for the initial conditions сorresponding to the years of solar cycle minima and maxima.

KW - планетарные волны

KW - солнечная активность

KW - численное моделирование

M3 - Paper

SP - 693

T2 - 19th EGU General Assembly

Y2 - 23 April 2017 through 28 April 2017

ER -

ID: 96915478