Examples of using Nitrification in English and their translations into Vietnamese
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The two processes include nitrification and denitrification.
Did67 wrote: beginning of mineralization up to nitrification.
Nitrification is a crucial component of the nitrogen cycle, especially in the oceans.
The design creates an environment for effective nitrification to take place.
Right now, nitrification, overuse of phosphates in our waterways are causing tremendous algal blooms.
The design creates an environment for effective nitrification to take place.
For this reason, nitrification supplies much of the nitrogen that fuels planktonic primary production in the world's oceans.
This process is used for the removal of organic substances, nitrification and denitrification.
There is a significant reduction in the rate of nitrification with decreasing temperature and, conversely, a significant acceleration in the rate of nitrification with increasing temperature.
As ammonium is converted to nitrate in the soil(nitrification), H ions are released.
Fortunately, water engineers have identified this problem andimplement operational controls to limit the spread of nitrification.
The evolutionary motivation for a decoupled, two-step nitrification reaction is an area of ongoing research.
Others convert ammonium to nitrite and nitrate ions,a process known as nitrification.
The production of nitrate(NO3-) by oxidation of nitrite(NO2-) by nitrification the process that produces the inorganic nitrogen that supplies much of the demand by marine oxygenic, photosynthetic organisms such as phytoplankton, particularly in areas of upwelling.
Can we imagine that I avoided without seeking this possible nitrification"lost" in soils?
Nitrification is estimated to be the source of half of the nitrate consumed by phytoplankton globally.[10] Phytoplankton are major contributors to oceanic production, and are therefore important for the biological pump which exports carbon and other particulate organic matter from the surface waters of the world's oceans.
When plants and animals die, the organic nitrogen they containis converted back into nitrate in the process termed nitrification.
In 1891,English chemist Robert Warington proposed a two-stage mechanism for nitrification, mediated by two distinct genera of bacteria.
The nitrite-oxidation reaction generally proceeds more quickly in ocean waters,and therefore is not a rate-limiting step in nitrification.
These values indicate that it would beenergetically favourable for an organism to carry out complete nitrification from ammonia to nitrate, rather than conduct only one of the two steps.
Winogradsky named the bacteria responsible for the oxidation of nitrite tonitrate Nitrobacter in his subsequent study on microbial nitrification in 1892.
BacterGen•M contains both aerobic and anaerobic microbes which will generate new populations and greatly increase existing bacterial populations to establish andaccelerate nitrification and denitrification, lowering ammonia, and nitrites, as well as lowering phosphates, nitrates and organic pollutants significantly.
Organic carbon is converted to carbon dioxide and leaves the system while the ammonia andnitrogen in the organics are converted to nitrates through nitrification process.
BacterGen•M contains both aerobic and anaerobic microbes which will generate new populations and greatly increase existing bacterial populations to establish andaccelerate nitrification and denitrification, lowering ammonia, and nitrites, as well as lowering phosphates, nitrates and organic pollutants significantly.
Within the wheel is a protected surface, which enables colonies of bacteria to naturally follow their life-cycle of maturing,dying and then fueling the latter stages of the nitrification cycle.
These creatures promote a successfulaquarium by aiding the biological filter to process nitrification and consumption of decomposing food.
Once the rain drops reach the ground they deposit ammonium and nitrates that can be used by plants, whilst bacteria and fungi in the soil can furthertransform the available nitrogen in a process known as nitrification.
In 2015, it was discovered that the genus Nitrospirapossesses all the enzymes required for carrying out complete nitrification in one step, suggesting that this reaction does occur.
Used as fixing agent in drying industry, as retarding agent in leather industry, as decoloring agent or floculating agent in water treatment industry,as surface hardener in steel ant industry, and as nitrification inhibitor in agriculture.
In the German aquaculture company Fischzucht Langwald the MutagBioChip™ is used since spring 2010 for nitrification purpose in a sturgeon farm(RAS).