The temperature of a mass of
nitrogen gas in our atmosphere is primarily due to entire molecules moving, not atomic bonds vibrating.
All plants need nitrogen, yet the vast pool of
nitrogen gas in the air is not available to many higher plants.
Bonus: Green peas are a very environmentally friendly food due to their ability to take
nitrogen gas in the air and convert it to usable forms.
: Green peas are a very environmentally friendly food due to their ability to take
nitrogen gas in the air and convert it to usable forms.
Nitrogen - fixing bacteria are the chief means by which
nitrogen gas in the air is changed into a form that plants and animals can use.
A major culprit is fertilizer manufacture, which takes nonreactive
nitrogen gas in the atmosphere and turns it into ammonia via the so - called Haber - Bosch process.
Because of the fleeting nature of
nitrogen gas in liquid, it's hard to maintain tasty levels of the gas in packaged beers once you open them.
Not exact matches
In addition to the usual hazards of driving a tanker on the road, these drivers have to handle cryogenic
nitrogen and others
gases that have the potential to freeze off fingers or be accidentally inhaled.
«Harmful materials like sulphur compounds, metals,
nitrogen compounds that will end up producing harmful
gases or solids, we leave them there and just extract a good quality oil,» Pereira - Almao, AICISE's co-director, explains
in a video posted on the research institute's website.
... A number of scientific studies indicate that most global warming
in recent decades is due to the great concentration of greenhouse
gases (carbon dioxide, methane,
nitrogen oxides and others) released mainly as a result of human activity... Doomsday predictions can no longer be met with irony or disdain.
Employees whisk the ingredients around
in a steel bowl before bathing it
in liquid
nitrogen gas.
With the help of bacteria
in the soil, peas and other pulse crops are able to take
nitrogen gas from the air and convert it into more complex and usable forms.
The world's food security would be ensured even with over 9 billion people
in 2050, agricultural land area would not increase, greenhouse
gas emissions would be lowered and the negative effects of today's intensive food systems, such as
nitrogen surplus and high pesticide exposure, would be greatly reduced.
An injection of
nitrogen gas minimises the amount of oxygen
in the package before final sealing.
The United States released 6,511 million metric tons of CO2 equivalent
in 2016 when CO2, methane,
nitrogen oxides and fluorinated
gases are added together.
The Golden State is at the vanguard
in the United States
in reducing auto emissions of
nitrogen oxide
gases, which help produce toxic smog and acid rain.
There are basically two types of lines, those produced by collisions between the atoms or ions and the electrons
in the surrounding
gas, which are called collision lines, and which are very bright for elements such as oxygen,
nitrogen and neon, and lines which are produced when ions capture free electrons, which are called recombination lines, and which are bright only for those
gases with the highest abundances
in the interstellar medium: hydrogen and helium.
As he did
in his fascinating portraits of the elements, Kean profiles individual
gases such as
nitrogen and oxygen primarily through the scientists and entrepreneurs who discovered or sought to harness them.
Saturn's moon Titan is the only moon
in the solar system that has an atmosphere as thick as Earth's, consisting of more than 98 percent
nitrogen, roughly 1.4 percent of methane, and smaller amounts of other
gases.
They carefully selected ions that react with volatile trace
gases, but don't react with abundant compounds
in breath such as oxygen and
nitrogen.
Much higher contaminant counts were detected inside the air filter for the
nitrogen gas — installed
in 1979 and not opened for nearly 40 years — but Regberg says the bugs were growing on the filter's outer parts and multiple additional lines of defense separated this fungi from the actual samples.
View a slide show of the world's first carbon capture and storage facility
in operation The small stream of flue
gas travels to the carbon - capture unit through plastic pipes reinforced with fiberglass and is cooled to between — 1 and 21 degrees Celsius from the 55 - degree C temperature at which it emerges from the other environmental technology add - ons that strip out the fly ash, sulfur dioxide and
nitrogen oxides.
This reaction could play an important role
in explaining the observed depletion of ozone over Antarctica; it releases photolytically active chlorine from its most abundant reservoir species, and it promotes the formation of HNO3 and thus removes
nitrogen dioxide (NO2) from the
gas phase.
Like hydrogen, oxygen, and iodine,
nitrogen normally exists as two - atom molecules
in the form of a
gas at room temperature.
In these anoxic environments, anaerobic bacteria feast on the decaying phytoplankton, and in the process cause the denitrification of nitrate into nitrogen gas, which can not be used as a nutrient by most phytoplankto
In these anoxic environments, anaerobic bacteria feast on the decaying phytoplankton, and
in the process cause the denitrification of nitrate into nitrogen gas, which can not be used as a nutrient by most phytoplankto
in the process cause the denitrification of nitrate into
nitrogen gas, which can not be used as a nutrient by most phytoplankton.
Many power plants already employ such ammonia
in selective catalytic reduction units to strip
nitrogen oxides out of the flue
gas.
In a paper released for discussion in the journal Atmospheric Chemistry and Physics, Crutzen calculated that 3 to 5 percent of the nitrogen in the fertilizers used to raise crops for biofuels could end up in the atmosphere as nitrous oxide, a potent, long - lived greenhouse ga
In a paper released for discussion
in the journal Atmospheric Chemistry and Physics, Crutzen calculated that 3 to 5 percent of the nitrogen in the fertilizers used to raise crops for biofuels could end up in the atmosphere as nitrous oxide, a potent, long - lived greenhouse ga
in the journal Atmospheric Chemistry and Physics, Crutzen calculated that 3 to 5 percent of the
nitrogen in the fertilizers used to raise crops for biofuels could end up in the atmosphere as nitrous oxide, a potent, long - lived greenhouse ga
in the fertilizers used to raise crops for biofuels could end up
in the atmosphere as nitrous oxide, a potent, long - lived greenhouse ga
in the atmosphere as nitrous oxide, a potent, long - lived greenhouse
gas.
Global agricultural emissions of the
gas have increased by 20 per cent
in the last century as a result of widespread use of
nitrogen - based synthetic fertilizers.
In this paper, UCR and Forest Service researchers teamed up to explore a previously unstudied aspect of
nitrogen saturation: its effect on the
gases and aerosols released during burning of forest fuels from an area experiencing
nitrogen saturation.
They become caught
in powerful magnetic fields and are channeled into the upper atmosphere, where their interactions with
gas particles, such as oxygen or
nitrogen, set off spectacular bursts of light.
And a Nobel - prize winning chemist has publicized his findings that biofuels made from
nitrogen - thirsty plants (like corn and canola) actually produce a net increase
in greenhouse
gas emissions, because they release nitrous oxide during their production.
In its test in its Danbury lab, the company plans to mix carbon dioxide, air and nitrogen to simulate coal plant emissions and then shoot those gases into a fuel cell stac
In its test
in its Danbury lab, the company plans to mix carbon dioxide, air and nitrogen to simulate coal plant emissions and then shoot those gases into a fuel cell stac
in its Danbury lab, the company plans to mix carbon dioxide, air and
nitrogen to simulate coal plant emissions and then shoot those
gases into a fuel cell stack.
The team of scientists measured the amount of 15N15N
in air and discovered that this rare form of
nitrogen gas is far more abundant than scientists had expected.
In samples of fine - grained deposits and drilled mudstone, the Mars rover Curiosity discovered «fixed» nitrogen — a chemical form in which the ultrastrong bond in nitrogen gas, or N2, has broke
In samples of fine - grained deposits and drilled mudstone, the Mars rover Curiosity discovered «fixed»
nitrogen — a chemical form
in which the ultrastrong bond in nitrogen gas, or N2, has broke
in which the ultrastrong bond
in nitrogen gas, or N2, has broke
in nitrogen gas, or N2, has broken.
Solar particles (the electric current) stream down Earth's magnetic field lines (the tube) and collide with molecules of
nitrogen and oxygen (the
gas), exciting them until they glow
in various colors.
Over three minutes,
nitrogen gas was pumped into seven concentric rings to form a mushroom - shaped shield 10 feet
in diameter.
Earth's atmosphere differs from the atmospheres of most other rocky planets and moons
in our solar system
in that it is rich
in nitrogen gas, or N2; Earth's atmosphere is 78 percent
nitrogen gas.
There,
nitrogen and other «volatile»
gases freeze solid
in the cryogenic conditions, and water turns to rock - hard ice.
Fuels derived from natural
gas burn more cleanly than those derived from crude oil because they don't contain components like
nitrogen, sulfur, or carbon arranged
in rings, which are notorious air pollutants.
They focus on modifications with
nitrogen, developing a technique with direct
nitrogen fixation, carbon -
nitrogen bond formation, at the broken edges of graphite frameworks using ball - milling graphite
in the presence of
nitrogen gas.
They are not like the oxygen molecules or the
nitrogen molecules
in the atmosphere, which do not absorb infrared, but the greenhouse
gases do.
They rapidly detect and continuously respond to extremely small changes
in the concentrations of
gases including ammonia, carbon dioxide, and
nitrogen oxide.
What proved possible included an extension of the Kyoto Protocol for a period of either five or seven years (excluding Canada, Japan and Russia but adding
nitrogen trifluoride, used
in semiconductor manufacture, to the list of
gases covered — CO2, methane, nitrous oxide, sulfur hexafluoride, perfluorocarbons), a Green Climate Fund to help low - income countries cope (albeit without any actual funds yet), an Adaptation Committee to coordinate such efforts globally, rules for a global program to reduce deforestation and how to monitor such deforestation, and a Climate Technology Center that will help launch projects to reduce greenhouse
gas emissions.
NOx
gases are produced
in oxygen - poor soils when microbes break apart
nitrogen compounds
in the fertilizer, a process called denitrification.
When hydrocarbon - based fuels like methane are burned
in normal air,
nitrogen gets mixed
in with the combustion product — flue
gases from conventional
gas power stations contain as little as 3 percent CO2 — which makes scrubbing carbon from power plant emissions difficult and expensive.
FIELD FUMES California's agricultural regions are responsible for between 20 and 51 percent of the total emissions of
nitrogen oxide
gases in the state, new research finds.
Baking that at 750 degrees Celsius (1,382 degrees Fahrenheit)
in the presence of
nitrogen and hydrogen
gas reduced the graphene and locked
nitrogen atoms to the surface, providing sites where ruthenium atoms could bind.
Its availability
in the biosphere is limited by the fact that the global occurrence of
nitrogen is confined largely to the
gas N2
in the atmosphere.
Most likely it is
nitrogen ice, accumulated as
gases in Pluto's atmosphere freeze during its 60 - year - long winter.
Now a report
in the 26 January Physical Review Letters suggests that searing hot temperatures generated inside the bubbles drive out
nitrogen and oxygen, leaving behind a stunning light show produced by the trace
gas argon.