Examples of 'hydroxyl radicals' in a sentence
Meaning of "hydroxyl radicals"
hydroxyl radicals: Hydroxyl radicals are highly reactive, unstable molecules consisting of one hydrogen atom, one oxygen atom, and one hydrogen atom with a single unbonded electron. They play a significant role in various chemical reactions and processes, including pollution control, atmospheric chemistry, and biological systems
How to use "hydroxyl radicals" in a sentence
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hydroxyl radicals
These hydroxyl radicals are powerful oxidizing agents.
They will neutralize hydroxyl radicals readily.
Hydroxyl radicals come from two sources.
The generation of hydroxyl radicals which can.
Hydroxyl radicals are the most damaging.
Heat and persulfate generate hydroxyl radicals.
Sites of attack of hydroxyl radicals on amides in aqueous solution.
Measurement of ability for eliminating hydroxyl radicals.
Superoxide and hydroxyl radicals can also be formed.
Isophorone is degraded by attack of hydroxyl radicals.
Hydroxyl radicals can occasionally be produced as a byproduct of immune action.
Resistance of grafted hyaluronic acid to degradation by hydroxyl radicals.
Hydroxyl radicals are particles that are generated in cells by ionising radiation.
Mannitol is a selective scavenger of hydroxyl radicals.
Atmospheric oxidation by hydroxyl radicals is a possible removal pathway for CNs.
See also
Unsaturated fatty acids are highly susceptible targets of hydroxyl radicals.
Another source of hydroxyl radicals are all solvents containing an alcohol group.
The participation of kinetically free hydroxyl radicals is ruled out.
And hydroxyl radicals.
It is specific for hydroxyl radicals.
Hydroxyl radicals are capable of attacking practically all types of organic structures.
Those oxygen atoms can form hydroxyl radicals afterward.
Hydroxyl radicals are highly reactive and form an important part of radical biochemistry.
These two free radicals combine to form deadly hydroxyl radicals.
Hydroxyl generators use hydroxyl radicals to rid the air of the odors.
Air passing through this zone is scrubbed by the hydroxyl radicals.
An excess of aldehydes to the hydroxyl radicals contained within the mix is necessary.
Subsequent free radical reactions can form superoxide and hydroxyl radicals.
The formation of hydroxyl radicals further enhances the overall lethality of the process.
Acrylonitrile emitted to air reacts primarily with photochemically generated hydroxyl radicals.
Hydroxyl radicals are extraordinarily reactive species that attack most of the organic molecules.
The heterogeneous photocatalysis uses a semiconductor material activated by uv radiation to yield hydroxyl radicals.
Hydroperoxyl and hydroxyl radicals which are generated by decomposition of hydrogen peroxide initiate delignification.
These effects are due to the presence of several aromatic rings containing hydroxyl radicals.
Hydroxyl radicals can react with the imidazole ring to form imidazolone derivatives.
In the atmosphere it will be lost because of reaction with photochemically produced hydroxyl radicals.
One of the significant sites where hydroxyl radicals can form following ischemia is in mitochondria.
Hydrogen peroxide is soluble in the aqueous phase and generates uncharged hydroxyl radicals.
These lipid radicals function like hydroxyl radicals to form other lipid peroxide radicals.
The injection of microbubbles thus has a determining effect on the production of hydroxyl radicals.
Reducing hydroxyl radicals can significantly improve the protection of cells from radiation damage.
The process of this patent utilizes carnauba wax containing unreacted hydroxyl radicals.
Copper can also form hydroxyl radicals by reacting with the hydrogen peroxide in the lung.
The purpose of the enclosure it to contain and confine the hydroxyl radicals therein.
The fourth process step of generating hydroxyl radicals in the solution has two preferred embodiments.
The strong oxidative potential of the positive holes oxidizes water to create hydroxyl radicals.
Ozone under well known conditions can generate hydroxyl radicals which is a preferred oxidizing agent.
The implosion of water vapour clouds breaks down molecules and creates hydroxyl radicals.
Nitric oxide and hydroxyl radicals offset the DMTU effect.
A part of the ozone also reacts with the water whereby hydroxyl radicals are formed.
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Examples of using Hydroxyl
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A modification of hydroxyl function by imidazolium group is described
Heat and persulfate generate hydroxyl radicals
The hydroxyl substituents may vary considerably
