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...size of these pores is equivalent to the size of water molecules. Since bacteria, viruses, most organic pollutants and hydrated ions are much larger than water molecules, they cannot pass through the reverse...
... filtration technology. RO reverse osmosis membrane can retain inorganic molecules such as dissolved salts and organic compounds with molecular weight greater than 100. On the other hand, water molecules can...
... is to use microorganisms to reduce nitrate nitrogen and nitrite nitrogen in sewage into gaseous nitrogen and escape, while decomposing difficult to degrade large molecule organic matter into small molecule ...
... exhaust streams. It can capture pollutants such as sulfur dioxide, nitrogen oxides, hydrogen sulfide, and various organic vapors. The adsorption process occurs when the pollutant molecules come into contact...
.... The general formula is Y(CH2)nSiX3. It is an organic silicon monomer with two or more different reactive groups in the molecule. It can chemically bond (couple) with organic and inorganic materials to incr...
... 0.001 micron. UF membranes are able to remove high molecular-weight substances, colloidal materials, and organic and inorganic polymeric molecules. On the contrary, low molecular-weight organics and ions su...
... are fulvic acid (FA) and potassium. It has the appearance of black powder, flakes, hollow microparticles, and microcrystals. It belongs to small molecule organic compounds. Product ingredients Main applicat...
... to tens of MeV in low temperature plasma, the energy greater than the polymer materials combination bond energy (several to tens of EV), can break chemical bonds in organic molecules and form new bonds; but...
...low temperature plasma, the energy greater than the polymer materials combination bond energy (several to tens of EV), can break chemical bonds in organic molecules and form new bonds; but the energy is much...
...low temperature plasma, the energy greater than the polymer materials combination bond energy (several to tens of EV), can break chemical bonds in organic molecules and form new bonds; but the energy is much...
...low temperature plasma, the energy greater than the polymer materials combination bond energy (several to tens of EV), can break chemical bonds in organic molecules and form new bonds; but the energy is much...
...low temperature plasma, the energy greater than the polymer materials combination bond energy (several to tens of EV), can break chemical bonds in organic molecules and form new bonds; but the energy is much...
Carrots contain a lot of carotene Carrots contain a lot of carotene. The molecular structure of this carotene is equivalent to two molecules of vitamin A. After entering the body, it acts as an enzyme in the li...
1. Carrots contain a lot of carotene Carrots contain a lot of carotene. The molecular structure of this carotene is equivalent to two molecules of vitamin A. After entering the body, it acts as an enzyme in the...
... achieves this by inhibiting the production of interleukin-2, a molecule that promotes the development and proliferation of T cells, which are vital to the body's learned (or adaptive) immune response. Tacro...