একটি পদার্থ যে অন্য পদার্থ oxidizes

oxidisers's Usage Examples:

are integral membrane proteins, occurring in methanotrophs and ammonia oxidisers, respectively, which are thought to be related.

They consist of stoichiometric mixtures of strong oxidisers and reactive fuels, mixed just prior to use in order to enhance safety.

oxidisers and their ecosystem function and he has demonstrated niche specialisation and differentiation in bacterial and archaeal ammonia oxidisers.

facilities use the burners that heat the roaster as thermal oxidisers.

However, separate thermal oxidisers are more efficient because the desired operating temperature.

They are also strong oxidisers, can add nitric acid to acid rain, and are harmful to health.

in fume hoods with a wash-down capability to prevent accumulation of oxidisers in the ductwork.

propellants involve cryogenic (liquid oxygen) or corrosive (nitric acid) oxidisers.

"Coexistence of bacterial sulfide oxidisers, sulfate reducers, and spirochetes in a gutless worm (Oligochaeta) from.

Chromium trioxide and chromic acids are strong oxidisers and may react violently if mixed with easily oxidisable organic substances.

of the tube contained a mixture of nitric acid and nitrogen tetroxide oxidisers.

This is advantageous over other oxidisers in that it is much less toxic, and due to its stability at room temperature.

under the influence of air, light and contact with a catalyst, strong oxidisers and metals such as copper and aluminium, with fire or explosion hazard.

(945 °F; 780 K) Hazards Main hazards Fire and explosion hazard with strong oxidisers Incompatible with bases Safety data sheet MSDS Flash point 274.

strong oxidising agent with a high first ionisation energy, very strong oxidisers such as peroxydisulfuryl fluoride (S2O6F2) can oxidise it to form the.

Periodates are sufficiently powerful to generate other strong inorganic oxidisers such as permanganate, osmium tetroxide and ruthenium tetroxide.

The regenerated absorber solution from the oxidisers, together with recovered solution from the vacuum filters, was returned.

octafluoroxenate (NF4)2XeF8), have been developed as highly energetic oxidisers for use as propellants in rocketry.

Some engines such as solid rockets have oxidisers already within the combustion chamber but in most cases for combustion.

nitrogen, CO2) or oxidisers (e.

oxidisers's Meaning':

a substance that oxidizes another substance