Примеры использования Atmospheric weather на Английском языке и их переводы на Русский язык
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Atmospheric Weather Educational System for Observation and Modelling of Effects.
Data of the sudden ionospheric disturbance and Atmospheric Weather Electromagnetic System of Observation, Modelling and Education programmes.
Atmospheric Weather Electromagnetic System of Observation, Modelling and Education in Africa.
Data from this instrument show planetary scale disturbances in upper atmospheric weather corresponding to one or two waves around the globe.
AWESOME: Atmospheric Weather Electromagnetic System for Observation and Modelling and Education.
A sudden ionospheric disturbance(SID) monitor, designed to detect solar flares, is successfully operating atthe United Nations Office at Vienna and will be extended to an Atmospheric Weather Electromagnetic System for Observation Modeling and Education(AWESOME) instrument that provides both solar and night-time research-quality data.
Atmospheric Weather Electromagnetic System of Observation, Modelling and Education research monitors.
It was pointed out that two versions of the monitors existed: a low-cost version called Sudden Ionospheric Disturbances(SID),designed to detect solar flares, and a more sensitive version called Atmospheric Weather Electromagnetic System of Observation, Modeling and Education(AWESOME), which provided both solar and nighttime research-quality data.
Atmospheric Weather Educational System for Observation and Modeling of Effects(AWESOME) Very Low Frequency(VLF) Radio.
These had resulted in over 17 magnetometers(MAGDAS and the African Meridian B-field Education and Research(AMBER) instrument array), more than 25 GPS receivers(the Scintillation Network Decision Aid(SCINDA) and others) and well over 50 ionosphericRF sounders(Sudden Ionospheric Disturbance(SID) monitors and the Atmospheric Weather Educational System for Observation and Modelling of Effects(AWESOME)) being deployed across the continent, offering capabilities for data analysis and allowing for graduate study opportunities and capacity-building through many African universities.
Locations of Atmospheric Weather Electromagnetic System of Observation, Modelling and Education research monitors.
Atmospheric Weather Electromagnetic System of Observation, Modelling and Education research monitors.
In particular, the following instrument arrays have been developed in the framework of ISWI:the Scintillation Network Decision Aid(SCINDA), the Atmospheric Weather Electromagnetic System of Observation, Modeling and Education(AWESOME), the Sudden Ionospheric Disturbances(SID) monitor, the Remote Equatorial Nighttime Observatory for Ionospheric Regions(RENOIR), the Compound Astronomical Low-cost Low-frequency Instrument for Spectroscopy and Transportable Observatory(CALLISTO), the Magnetic Data Acquisition System(MAGDAS) and the African dual frequency GPS network GPS-Africa.
Atmospheric Weather Electromagnetic System for Observation Modeling and Education and the sudden ionospheric disturbance monitor.
It was noted that the Atmospheric Weather Electromagnetic System of Observation, Modelling and Education(AWESOME) instrument was an ionospheric monitor that could be operated by students around the world.
The Atmospheric Weather Educational System for Observation and Modelling of Effects(AWESOME) instrument is an ionospheric monitor that can be operated by students around the world.
It was recalled that the Atmospheric Weather Electromagnetic System for Observation Modeling and Education(AWESOME) and the sudden ionospheric disturbance monitor instrument arrays consisted of extreme low frequency and very low frequency receivers recording radio signals between 300 Hz and 50 kHz.
The Workshop recalled that the Atmospheric Weather Electromagnetic System for Observation Modeling and Education(AWESOME) and the sudden ionospheric disturbance monitor instrument arrays consisted of extreme low-frequency and very-low-frequency receivers recording radio signals between 300 Hz and 50 kHz.
Signal reception is affected by weather, atmospheric conditions, and seasonal changes.
To research and monitor atmospheric and space weather.
The Malaysian Meteorological Service operated a ground-based synoptic observation network to monitor weather, atmospheric and environmental conditions.
PM is formed by emissions from various sources, atmospheric chemistry and weather conditions.
Global atmospheric and oceanic profiles for weather and climate prediction.
Infrared Atmospheric Sounding Interferometer: for improved weather forecasting.
Uneven heat it contributes to global atmospheric circulation, which affects weather and climate.
This development has been explained by favourable weather conditions and reduced atmospheric inputs.
When assessing the impact of climate on the human body, great importance is attached to studying weather variability in atmospheric processes.
Since 2004, worldwide ground-based instrument arrays for exploring atmospheric phenomena related to space weather and climate change have been established.
The atmospheric pressure indicator, in the weather forecast window, uses arrows to indicate if the atmospheric pressure is increasing, remaining stable, or decreasing.
Meteorological studies consisted of a descriptive and graphical analysis of air temperature,temperature of the water surface layer, atmospheric pressure, general weather conditions, wind direction and speed, sea state and visibility.