Sentences with phrase «to absorb these gases»

"To absorb these gases" means to take in or soak up the gases, typically to eliminate or reduce their presence in a particular area or substance. Full definition
They have a carbon filter to absorb the gas given off by the produce, a basket inside which helps with airflow, and a vent to control humidity.
In other words, the plant growth should act like a sink, absorbing the gas released into the air by burning fossil fuel.
The imperfections have unique electronic properties that the researchers were able to exploit to increase sensitivity to absorbed gas molecules by 300 times.
Yet this unprecedented demand growth has barely absorbed the gas flooding the market.
I have no way of telling how old the fluid is, but it seems to have done something over time to reduce the volume of air inside the bottle, either reacted with or absorbed a gas in the air.
The researchers state that cold waters absorb gas faster than more temperate waters, which means the poles will undergo changes the most rapidly.
The wires rapidly absorbed the gas and swelled slightly, which closed miniscule gaps and allowed an electrical current to flow more easily.
Much as a sponge absorbs liquids, bodies absorb gases through the process of respiration.
or stomata, the tiny openings on the leaf surface through which plants absorb gases needed for photosynthesis, can provide clues to land elevation over time.
Igor Chilingarian and Andrei Klishin described a system of proto - starswhichevolve by absorbing gas from the diffuse interstellar medium as a spatial network growing by the principle of the preferential attachment: a node having many links creates new links even faster.
«It could be absorbed gas on the surface of the modules.
Acidification happens because oceans absorb a gas called carbon dioxide from the atmosphere, and carbon dioxide makes the water more acidic.
Conversely, as atmospheric concentrations of carbon dioxide, methane, chlorofluorocarbons, and other absorbing gases continue to increase, in large part owing to human activities, surface temperatures should rise because of the capacity of such gases to trap infrared radiation.
On its northward journey, the water at the surface absorbs gases like carbon dioxide and chlorofluorocarbons (CFCs)-- the latter are, to a large, extent, the gases responsible for the ozone hole over Antarctica — as well as excess heat from the atmosphere.
A small rise or fall in temperature seemed likely to cause a rise or fall in the gas levels (for example, when seawater got warmer it would evaporate some CO2 into the atmosphere, whereas it would absorb the gas during a cooling period).
* Scientists discovered that a recent, unexplained surge of carbon dioxide levels in the atmosphere is due to more greenhouse gases escaping from trees, plants and soils — which have traditionally buffered the warming by absorbing the gases.
Now, a British geologist's study suggests sandstone could rapidly absorb the gas, potentially providing a safe, leakproof reservoir.
Typical denialist claims here... but we know the atmosphere is warming, and we know the oceans are warming, and we know that if you want to simulate the past century of warming, you can't do it without including the increase in atmospheric infrared - absorbing gases like CO2.
The Kyoto Protocol also allows a nation to emit more greenhouse gases if it increases the earth's capacity to absorb these gases.
«Therefore we expect to find more of the absorbing gas than average when we look near quasars.»
Deforestation results in fewer trees to absorb the gas.
Almost any plant will help clean up indoor air (they absorb gases — including CO2 — through their leaves) but some are better at it than others.
So this is why people today propose artificially heating the atmosphere of Mars via injection of artificial IR - absorbing gases!
It is important to know the relative contribution of each absorbing gas to the total (33 K) greenhouse effect.
We also know quite accurately the spectral absorption characteristics for the absorbing gases, and how cloud and aerosol particles interact with thermal radiation.
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