gas
İngilizce - Türkçe
sıklık sırası: 1140eylem / verb 2
eylem / verb 6 – slang
noun / ad 7 – slang
noun / ad 8 – slang
GAS = [ges] noun
1 gaz
İngilizce örnek : There was a loud explosion when the gas ignited.
Türkçe çevirisi : Gaz tutuşunca büyük bir patlama oldu.
İngilizce örnek : Gases become liquid under pressure.
Türkçe çevirisi : Gazlar basınç altında sıvı olur.
2 doğal gaz
İngilizce örnek : Oil and gas are found beneath the ground or sea.
Türkçe çevirisi : Petrol ve doğal gaz, toprak veya denizin altında bulunur.
3 AE. kon. benzin * eşanlamlı : petrol
İngilizce örnek : We have run out of the gas.
Türkçe çevirisi : Benzinimiz tükendi.
¤ verb
gazla zehirlemek
* gas mask = gaz maskesi
İngilizce örnek : The firefighter was wearing a gas mask.
Türkçe çevirisi : İtfaiyeci bir gaz maskesi takmıştı.
* gas station = AE. benzin istasyonu
İngilizce örnek : How far is the nearest gas station?
Türkçe çevirisi : En yakın benzin istasyonu ne kadar uzakta?
* step on the gas = gaza basmak
İngilizce örnek : Step on the gas - we'll miss the plane!
Türkçe çevirisi : Gaza bas – uçağı kaçıracağız!
GAS = (gas nedir; gas Türkçesi) Azalan basınç altında sınırsız genleşme kapasitesine sahip akışkan. Belli bir hacme ve şekle sahip olmayan akışkan. Akışkanlık, basınç uygulanabilirlik, elastikiyet, sıkıştırılabilme ve genleşme temel özellikleridir. Gazın fiziksel özellikleri tamamen sıcaklık, basınç ve yoğunluğa bağlıdır.
GAS
Physical State and Properties:
Natural gas: A fossil fuel primarily composed of methane used for heating and electricity generation.
Gas molecule: The smallest particle of a gas that retains all the properties of that gas.
Gas pressure: The force exerted by gas particles on the walls of a container or surface.
Gas volume: The amount of space occupied by a gas, typically measured in liters or cubic meters.
Gas density: The mass per unit volume of a gas, often expressed in grams per liter or kilograms per cubic meter.
Gas temperature: The degree of heat present in a gas, influencing its volume and pressure through the ideal gas law.
Gas expansion: The increase in volume of a gas when subjected to higher temperatures or reduced pressure.
Gas contraction: The decrease in volume of a gas due to cooling or increased pressure.
Gas phase: The state of matter in which a substance exists as a gas rather than a liquid or solid.
Gas mixture: A combination of two or more gases in a single container or environment.
Chemical and Environmental Contexts:
Carbon dioxide gas: A colorless and odorless greenhouse gas produced by combustion and respiration.
Oxygen gas: A vital component of the Earth's atmosphere essential for respiration and combustion.
Hydrogen gas: A colorless, odorless gas that is the lightest and most abundant element in the universe.
Nitrogen gas: The primary component of the Earth's atmosphere, often used in industrial applications.
Greenhouse gas: Gases such as carbon dioxide and methane that trap heat in the Earth's atmosphere, contributing to global warming.
Reactive gas: A gas that readily undergoes chemical reactions with other substances.
Inert gas: A gas that does not readily undergo chemical reactions under normal conditions.
Toxic gas: Gases that are harmful or poisonous to humans, animals, or the environment.
Flammable gas: A gas that can ignite and burn in the presence of oxygen or a spark.
Non-flammable gas: Gases that do not ignite or burn under normal conditions.
Industrial and Practical Applications:
Natural gas extraction: The process of obtaining methane and other hydrocarbons from underground reservoirs.
Gas pipeline: A system of pipes used to transport natural gas from production sites to consumers.
Gas storage: Facilities or containers designed to store large quantities of gas for future use.
Gas distribution: The process of delivering gas from production facilities to residential, commercial, or industrial users.
Gas supply: The provision and distribution of gas resources to meet the demands of consumers.
Gas transmission: The transportation of gas over long distances through pipelines or other means.
Gas processing: The purification, separation, and treatment of raw natural gas to remove impurities and contaminants.
Gas compression: The process of reducing the volume of gas to increase its pressure for storage or transportation.
Gas utilization: The application or consumption of gas resources for heating, electricity generation, or industrial processes.
Gas conversion: The transformation of one form of gas into another through chemical or physical processes.
Mechanical and Engineering Contexts:
Gas engine: An internal combustion engine that operates using a mixture of gas and air as fuel.
Gas turbine: A type of engine that converts the energy from gas combustion into mechanical energy.
Gas compressor: A device or machine used to increase the pressure of gas for storage or transportation.
Gas valve: A control device that regulates the flow of gas in pipes or systems.
Gas regulator: A device that maintains or controls the pressure of gas in a system or application.
Gas sensor: A device designed to detect the presence or concentration of specific gases in the environment.
Gas flow: The movement or rate at which gas travels through a system or pipeline.
Gas filtration: The process of removing impurities or contaminants from gas streams using filters or separators.
Gas combustion: The chemical reaction between a gas and oxygen, producing heat, light, and by-products.
Gas cooling: The process of reducing the temperature of a gas using cooling techniques or equipment.
Safety and Regulatory Contexts:
Gas leak: The unintended release of gas from a container, pipeline, or system, posing safety risks.
Gas safety: Measures, protocols, and practices implemented to prevent accidents, leaks, or hazards associated with gas use.
Gas detection: The act or process of identifying and locating the presence of gas leaks or concentrations.
Gas monitoring: Continuous or periodic assessment of gas levels, pressures, or conditions to ensure safety and compliance.
Gas regulations: Laws, standards, or guidelines established to govern the production, storage, distribution, and use of gases.
Gas certification: Official recognition or approval granted to products, systems, or professionals complying with gas-related standards.
Gas compliance: Adherence to prescribed laws, regulations, or standards governing the gas industry and applications.
Gas emergency: Situations requiring immediate action due to gas leaks, explosions, or other hazardous incidents.
Gas shutdown: The deliberate cessation of gas supply or operations for maintenance, repairs, or safety reasons.
Gas containment: Protective measures, barriers, or systems designed to prevent gas leaks or releases into the environment.
Environmental and Energy Contexts:
Gas emissions: The release of gases, such as carbon dioxide, methane, and nitrogen oxides, into the atmosphere.
Gas conservation: Efforts, practices, or policies aimed at reducing gas consumption and promoting efficient use.
Gas energy: The potential and kinetic energy stored in gases, often harnessed for heating, electricity generation, or mechanical work.
Gas reserves: The estimated quantities of gas resources available for extraction and consumption.
Gas sustainability: Practices, technologies, or strategies promoting the responsible and efficient use of gas resources.
Gas efficiency: The effectiveness and productivity of gas utilization in various applications and processes.
Gas transition: The shift from traditional fossil fuels to alternative gases or energy sources to mitigate environmental impacts.
Gas infrastructure: The network of facilities, pipelines, storage, and distribution systems supporting gas production and consumption.
Gas integration: The incorporation of gas resources, technologies, or systems into broader energy and environmental strategies.
Gas strategy: Comprehensive plans, policies, or initiatives aimed at optimizing gas production, distribution, and utilization.
Scientific and Experimental Contexts:
Gas chromatography: A laboratory technique used to separate and analyze volatile compounds in gas mixtures.
Gas spectrometry: A method for identifying and quantifying gas components based on their unique spectral properties.
Gas kinetics: The study of the rates and mechanisms of chemical reactions involving gases.
Gas diffusion: The movement of gas particles from areas of higher concentration to areas of lower concentration.
Gas solubility: The ability of a gas to dissolve in a liquid or another gas, influenced by temperature and pressure.
Gas equilibrium: A state where the rate of forward and reverse gas reactions is equal, maintaining constant concentrations.
Gas phase transition: Changes in the physical or chemical properties of gases due to temperature, pressure, or composition variations.
Gas deposition: The process of converting a gas into a solid, often used in manufacturing and materials science.
Gas analysis: The examination, measurement, and interpretation of gas properties, compositions, and behaviors.
Gas experiments: Scientific investigations or studies conducted to explore the properties, behaviors, or applications of gases.
Miscellaneous Collocations:
Gas mask: A protective device worn over the face to filter and provide clean air, especially in hazardous or polluted environments.
Gas station: A facility where vehicles can refuel with gasoline, diesel, or other fuels, also known as a petrol station.
Gas pedal: A device in vehicles that controls the flow of fuel to the engine, influencing speed and acceleration.
Gas grill: A cooking appliance that uses gas, typically propane or natural gas, for heating and cooking food.
Gas fireplace: A heating appliance that uses gas as a fuel source to produce flames and warmth.
Gas stove: A cooking appliance powered by gas, commonly used in residential and commercial kitchens.
Gas oven: An appliance that uses gas as a fuel source for baking, roasting, and cooking food.
Gas heater: A device that uses gas to generate heat, commonly used for space heating in homes and buildings.
Gas lamp: A lighting device fueled by gas, producing light through combustion or incandescence.
Gas mileage: The distance a vehicle can travel per unit of gas fuel consumed, often expressed in miles per gallon (MPG).
Modern and Technological Contexts:
Gas sensor technology: Advanced devices or systems designed to detect, measure, and monitor gas concentrations in various environments.
Gas-powered vehicles: Transportation vehicles, such as cars, buses, or trucks, powered by gas engines or fuel systems.
Gas-electric hybrid: Vehicles that combine gas-powered engines with electric motors for improved efficiency and reduced emissions.
Gas storage solutions: Innovative technologies or systems designed to store large quantities of gas safely and efficiently.
Gas delivery systems: Advanced mechanisms or pipelines designed to transport gas resources from production sites to end-users.
Gas grid: A network of interconnected pipelines and facilities used for transporting and distributing gas resources.
Gas utilization technologies: Innovative methods, systems, or applications for harnessing gas resources in various industries.
Gas conversion processes: Advanced techniques or technologies for transforming gases into valuable products, fuels, or chemicals.
Gas recovery systems: Mechanisms or technologies designed to capture, treat, and recycle gases from industrial processes or emissions.
Gas monitoring solutions: Integrated systems or platforms for real-time monitoring, analysis, and management of gas-related parameters.
Economic and Market Contexts:
Gas prices: The cost or value of gas commodities, typically influenced by supply, demand, production, and market factors.
Gas markets: Economic systems or platforms where gas resources are bought, sold, traded, or distributed.
Gas contracts: Agreements or arrangements specifying terms, conditions, and obligations related to gas production, supply, or distribution.
Gas investments: Financial activities or initiatives aimed at supporting, developing, or expanding gas exploration, production, or infrastructure.
Gas exports: The trade or sale of gas resources from producing countries or regions to international markets.
Gas imports: The acquisition or purchase of gas resources by countries or regions from external suppliers or producers.
Gas reserves estimation: Techniques or methodologies for assessing and quantifying available gas resources for extraction and utilization.
Gas production forecasts: Predictions or projections regarding future gas extraction, supply, demand, and market trends.
Gas consumption patterns: Trends, behaviors, or statistics related to the use, demand, and utilization of gas resources.
Gas industry trends: Emerging developments, technologies, regulations, or market dynamics shaping the gas sector's future landscape.
ilgili sözler / related words
