İngilizce - Türkçe
sıklık sırası: 6596 ATMOSPHERIC = [etmıs'ferik] adjective
atmosferle ilgili, atmosferik
ATMOSPHERIC
Atmospheric pressure: The force exerted by the weight of the atmosphere, often measured using a barometer.
Atmospheric conditions: The state of the atmosphere concerning factors like temperature, humidity, and wind.
Atmospheric pollution: Contaminants present in the air, usually due to human activities, affecting its quality.
Atmospheric moisture: The amount of water vapor present in the air.
Atmospheric science: The study of the Earth's atmosphere, encompassing meteorology and climatology.
Atmospheric phenomenon: Natural occurrences in the atmosphere, such as rainbows or auroras.
Atmospheric layer: A distinct region within the atmosphere, like the troposphere or stratosphere.
Atmospheric disturbance: Any disruption in the typical atmospheric conditions, leading to weather changes.
Atmospheric absorption: The process by which gases in the atmosphere absorb and scatter solar radiation.
Atmospheric circulation: Patterns of movement and distribution of air masses across the Earth.
Atmospheric stability: The condition where the atmosphere resists vertical movement, often related to calm weather.
Atmospheric research: Scientific investigations focused on understanding various aspects of the atmosphere.
Atmospheric effects: Changes or alterations in the atmosphere that impact weather or visibility.
Atmospheric composition: The makeup of gases and particles present in the atmosphere.
Atmospheric boundary layer: The lowest part of the atmosphere where turbulent mixing occurs.
Atmospheric model: A mathematical representation used to simulate atmospheric processes and predict weather.
Atmospheric dynamics: The study of the motions and movements within the atmosphere.
Atmospheric temperature: The measure of heat energy present in the air.
Atmospheric layering: The stratification or division of the atmosphere based on temperature gradients.
Atmospheric extinction: Reduction in the brightness of celestial objects due to atmospheric effects.
Atmospheric refraction: The bending of light as it passes through the Earth's atmosphere, causing astronomical objects to appear displaced.
Atmospheric gravity waves: Disturbances in the atmosphere caused by gravity, leading to vertical oscillations.
Atmospheric dispersion: The scattering of particles or gases in the atmosphere, affecting visibility.
Atmospheric lapse rate: The rate at which temperature decreases with altitude in the troposphere.
Atmospheric equilibrium: A state where the atmosphere is in balance concerning various physical properties.
Atmospheric waves: Longitudinal or transverse disturbances propagating through the atmosphere.
Atmospheric deposition: The process by which particles or gases settle on the Earth's surface from the atmosphere.
Atmospheric remote sensing: Techniques used to gather information about the atmosphere using satellites or instruments.
Atmospheric variability: Changes or fluctuations in atmospheric conditions over time.
Atmospheric attenuation: Reduction in the intensity of signals, such as radio waves, due to atmospheric factors.
Atmospheric humidity: The measure of moisture content present in the air.
Atmospheric pressure gradient: The change in atmospheric pressure over a specific distance, influencing wind speed and direction.
Atmospheric modeling: The process of creating computational models to simulate atmospheric behavior.
Atmospheric optics: The study of how light interacts with the atmosphere, leading to phenomena like mirages or halos.
Atmospheric layering: The division of the atmosphere based on distinct characteristics or properties.
Atmospheric absorption spectrum: The range of wavelengths absorbed by gases in the atmosphere.
Atmospheric convection: The vertical movement of air masses due to temperature differences, leading to cloud formation and precipitation.
Atmospheric turbidity: The measure of haziness or clarity in the atmosphere, often influenced by pollution or dust.
Atmospheric circulation cells: Large-scale patterns of air movement, such as Hadley, Ferrel, and Polar cells.
Atmospheric pressure system: Areas of high or low pressure that influence weather patterns.
Atmospheric front: A boundary between two air masses with different temperature and humidity characteristics.
Atmospheric inversion: A condition where the temperature increases with altitude, leading to stable atmospheric conditions.
Atmospheric transmittance: The ability of the atmosphere to allow the passage of light or other forms of radiation.
Atmospheric lapse rate: The rate of temperature change with altitude, influencing atmospheric stability.
Atmospheric aerosols: Tiny particles suspended in the atmosphere, influencing cloud formation and climate.
Atmospheric humidity: The amount of water vapor present in the air, affecting weather patterns and comfort levels.
Atmospheric visibility: The clarity with which objects can be seen in the atmosphere, affected by factors like fog or pollution.
Atmospheric circulation patterns: Regular movements of air masses driven by temperature and pressure differences.
Atmospheric thermal structure: The vertical distribution of temperature in the atmosphere, influencing weather phenomena.
Atmospheric thermal inversion: A situation where a layer of warm air traps cooler air near the surface, leading to stagnant conditions.
Atmospheric radiative transfer: The process by which solar radiation interacts with gases, clouds, and particles in the atmosphere.
Atmospheric greenhouse effect: The trapping of heat by certain gases in the atmosphere, contributing to global warming.
Atmospheric conduction: The transfer of heat energy between air masses through direct contact.
Atmospheric instability: A condition where the atmosphere is prone to vertical motion, leading to turbulent weather.
Atmospheric moisture content: The quantity of water vapor present in a given volume of air.
Atmospheric circulatory system: The interconnected network of air movements that distribute heat and moisture around the Earth.
Atmospheric oscillations: Regular variations or fluctuations in atmospheric pressure, temperature, or other parameters.
Atmospheric condensation: The process by which water vapor changes into liquid droplets, forming clouds or fog.
Atmospheric wind patterns: The direction and speed of air movement influenced by global circulation systems.
Atmospheric thermal gradient: A change in temperature with respect to distance or altitude within the atmosphere.
ilgili sözler / related words