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Steepness of Surface Wind Waves in the Black Sea  id статьи: 3658
Тип публикации
статья в журнале
Язык
En
Журнал
Russian Meteorology and Hydrology

ISSN:10683739
Год
2025
Выходные данные
том 50
выпуск 12
страницы 1034 - 1041
EDN
Абстракт
Abstract: Within the statistical description of wind waves, the steepness of individual waves, as well as their crests and troughs, is analyzed. The analysis was performed using data obtained in field conditions via an equipment with a high spatial and temporal resolution, which made it possible to consider short-period waves in a frequency range with an upper limit of 0.5 Hz. It has been shown that the steepness of individual waves can be several times greater than the spectral steepness calculated from spectral moments. The values of average horizontal asymmetry, which is defined as the ratio of the steepness of the leading and trailing fronts, and the average vertical asymmetry, which is defined as the ratio of the steepness of the crest and trough, are greater than 1. At the same time, individual waves are often observed whose horizontal and/or vertical asymmetry is less than 1. Empirical distributions have been constructed for the steepness of waves, their crests and troughs. © Allerton Press, Inc. 2025.
Ключевые слова
crest, front steepness, horizontal asymmetry, Sea surface, trough, vertical asymmetry, wave
EID_Scopus
2-s2.0-105028907382
версия статьи
переводная
библиографическое описание
Knyazkov, A.S., Zapevalov, A.S. Steepness of Surface Wind Waves in the Black Sea// Russian Meteorology and Hydrology.-2025.-Vol. 50.- N. 12.-P. 1034–1041.- DOI.:10.3103/S1068373925120040 ВАК: К 1.
библиографическое описание
(оригинальной статьи)
"Белый список" ЕГПНИ РЦНИ
Статус есть
Уровень -- 2
ВАК
Статус есть
К Q1
Scopus
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Квартиль Q2
WoS
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Квартиль Q4
РИНЦ
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Финансирование:

FNNN-2024-0012
Анализ, диагноз и оперативный прогноз состояния гидрофизических и гидрохимических полей морских акваторий на основе математического моделирования с использованием данных дистанционных и контактных методов измерений