Examples of using This catalyst in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
You're saying this catalyst isn't something.
Even with a high overpotential,the researchers see high potential for this catalyst.
Without this catalyst artifact, he wouldn't be able to reach Saint realm.
Foreign vendors seem to have used this catalyst to their advantage.
This catalyst can beat undesirable compounds in drinking water such as pesticides and drugs.
In Germany, and to an extent Italy, this catalyst was the Great Depression, he said.
This catalyst was first used for large-scale ethanol production by the Shell Oil Company in 1947.
This change predominantly happens inside the live, and at the same time,each cell of the body contains this catalyst too.
The key component of this catalyst would be something That couldn't be stored or created synthetically.
If this catalyst can become even slightly more efficient, in the near future we could be producing cheap methane literally out of thin air.
I have come to believe that the linkage factor, this catalyst, if you will, can be defined in a single word attitude.
This catalyst is commonly a finely divided solid metal or metal oxide, while the reactants are gases or in solution.
On June 11, it was reported that a small cryptocurrency exchange in South Korea was hacked andmany mainstream media outlets tied this catalyst as a reason for the sudden downturn in the market.
This catalyst has to be added after the polymer is applied because after this step the material becomes too stiff to spread.
When exposed to carbon dioxide and a small electrical charge, this catalyst sets off an complex chain reaction that essentially reverses the combustion process and converts the gas into liquid ethanol.
This catalyst works being installed into low temperature catalystic combustion device for organic waste gas that it can purify acrylonitrile, acrylic acid, butadiene rubber and oth….
US chemical company MonsantoCompany built the first plant using this catalyst in 1970, and rhodium-catalysed methanol carbonylation became the dominant method of acetic acid production(see Monsanto process).
This catalyst is especially suitable and has been widely used for organic waste gas purifying in petroleum industry, chemical industry, paint coating printing industry, oven industry and other industries.
VOCs catalyst takes cordierite ceramic honeycomb or γ type activated alumina as carrier, carrying specific rare earth auxiliaries and precious metal such as Pd and Pt,to make this catalyst has high activity, stable thermal features, long service life, small gas resistance, high crush strength and other advantages.
On this catalyst there is a tiny nanoscale interface where the iron and nickel meet at the atomic level, which becomes an active site for splitting water.
The scientists confirmed that applications of this catalyst allow mild and highly selective transformations and synthesis in a facile and environmentally friendly manner.
On this catalyst there is a tiny interface on nanoscale where iron and nickel meet at the atomic level, creating an active site for the splitting of water.
Launched in 2012 by the Glaucoma Research Foundation, this catalyst meeting is designed to bring the essential components together in order to speed the translation of new ideas into clinical practice.
This catalyst works being installed into low temperature catalystic combustion device for organic waste gas that it can purify acrylonitrile, acrylic acid, butadiene rubber and other chemical waste gas, also it can purify waste gas from color steel, color aluminum and other printing industries.
The first plant using this catalyst was built by US chemical company Monsanto in 1970, and rhodium-catalysed methanol carbonylation became the dominant method of acetic acid production(see Monsanto process).
Kim is of the opinion that if this catalyst is integrated with an electrolyzer which forms a part of a solar fuel system, a material measuring just 10 cm2 can synthesize nearly 1.3 gm ethylene, 0.8 gm ethanol and 0.2 gm propanol every day.
Kim estimates that if this catalyst were incorporated into an electrolyzer as part of a solar fuel system, a material only 10 square centimeters could produce about 1.3 grams of ethylene, 0.8 grams of ethanol, and 0.2 grams of propanol a day.