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a wide research focusedto designPd - based catalysts
Youval Shvo(passive) discovered bythe diruthenium hydrogenation catalysts
by Youval Shvo(passive) discovered bythe diruthenium hydrogenation catalysts
the Sunoco R&D teaminventedsuperacid catalysts
the current researchto designzeolite catalysts at the nanoscale
Today , researchers are workingto designzeolite catalysts at the nanoscale
Some catalyst ... the abilityare ... designedas hydrogenation catalysts
of catalytic activity data and catalytic support(passive) are usually composed Photooxygenation catalysts
of catalytic activity data and catalytic support(passive) are usually composedPhotooxygenation catalysts
with active sites at the metallic units or at the organic ligands(passive) can be designedMOF catalysts
by the surface redox - active centers of the transition - metal oxide material(passive) are ... influencedelectrochemical catalysts
two product lines : clean fuels technologies ,is ... composedof hydroprocessing catalysts
Clean Fuels Technologiescomposedof hydroprocessing catalysts
clean fuels technologiesis ... composedof hydroprocessing catalysts
mainly(passive) is ... composedCoking of the catalysts
Alka(passive) invented byproprietory catalysts
by Alka(passive) invented byproprietory catalysts
to offer exceptional selectivity for loading and unbinding hydrogen in order to optimize the life - cycle and efficiency of the Liquid Organic Hydrogen Carriers(passive) are designedcatalysts
to have high tolerance to these metals and reduce the impact of the unwanted side reactions(passive) are designedResid catalysts
He began his career in chemistrydesigningorganometallic catalysts
While attempts ... the catalysis that resultsto designcatalysts
substancescausescatalysts to be deteriorated
of a thin coating of platinum group metal particles dispersed on a composite of inorganic materials(passive) are generally composedCatalysts
for specific processes(passive) are designedCatalysts
by carbon deposition(passive) caused bycatalysts
chemistsare designingcatalysts
by the same team(passive) previously discovered bycatalysts
the same team(passive) previously discovered bycatalysts
to speed up the rate of reaction(passive) are designed catalysts
by this method(passive) discovered bycatalysts
using theory(passive) Can ... be designedcatalysts
of a unique structure of single gold atoms bound by oxygen to several sodium or potassium atoms(passive) are composedThe catalysts
traditionally(passive) are ... designedOrganometallic catalysts
PNNL scientistsare designingcatalysts
The atomic and nanoscale structure of materials used asinfluencescatalysts
for each product with which they are mixed(passive) are specifically designedCatalysts
by the coke deposition(passive) certainly provoked bycatalysts
in nature(passive) are ... designedCatalysts
to offer a challenge or lesson(passive) are designedcatalysts
at atomic and molecular level(passive) are designedCatalysts
a reaction to occur or proceed at a different rate without the reaction itself being affectedcausea reaction to occur or proceed at a different rate without the reaction itself being affected
a reaction between two or more other substancesto provokea reaction between two or more other substances
prepared and testedare designedprepared and tested
of an active material and a supportto be composedof an active material and a support
in reactions to take placeto resultin reactions to take place
to some changesalready leadingto some changes
prepared for promoting the hydrogen isotope exchange reaction between hydrogen and water for the recovery of tritium from heavy water or for the production of heavy waterdesignedprepared for promoting the hydrogen isotope exchange reaction between hydrogen and water for the recovery of tritium from heavy water or for the production of heavy water
to a decrease in the temperature of the process beginning and the activation energyleadsto a decrease in the temperature of the process beginning and the activation energy
free radicalscausefree radicals
the catalytic activity of a system ( 107 ... and sometimes have higher catalytic performance in certain reactions than a single metal catalyst ( 108can influencethe catalytic activity of a system ( 107 ... and sometimes have higher catalytic performance in certain reactions than a single metal catalyst ( 108
compounds like trichloroethene , or TCEwill causecompounds like trichloroethene , or TCE
to reduced temperatures and hydrogen pressureshave ledto reduced temperatures and hydrogen pressures
to modifications by vegetable oils through branchingleadto modifications by vegetable oils through branching
to lower hydrogen use and match your product specifications while you increase capacitydesignedto lower hydrogen use and match your product specifications while you increase capacity
in the formation of materials with reduced activity and efficiency ... 23,24resultedin the formation of materials with reduced activity and efficiency ... 23,24
slow reactions to occur more quickly by lowering the activation energy necessary for the reaction to occurcauseslow reactions to occur more quickly by lowering the activation energy necessary for the reaction to occur
slow reactions to occur more quickly by lowering the activation energy necessary for the reaction to occurcauseslow reactions to occur more quickly by lowering the activation energy necessary for the reaction to occur
the stock to perform significantly different than its peers or the broader marketto causethe stock to perform significantly different than its peers or the broader market
of earth - abundant metal catalysts , such as copper , iron and vanadiumcomposedof earth - abundant metal catalysts , such as copper , iron and vanadium
of transition metal ( Fe , Co , and Cucomposedof transition metal ( Fe , Co , and Cu
chemical reactions that separate oxygen from carbon molecules , and make the carbon molecules high in energy content , similar to gasoline moleculescausingchemical reactions that separate oxygen from carbon molecules , and make the carbon molecules high in energy content , similar to gasoline molecules
to accelerate the reaction of hydrogen and carbon dioxidedesignedto accelerate the reaction of hydrogen and carbon dioxide
the fuel to undergo oxidation reactions that generate positively charged hydrogen ions and electronscausethe fuel to undergo oxidation reactions that generate positively charged hydrogen ions and electrons
ongoing reactions resulting in colour changes and physical degradationcausingongoing reactions resulting in colour changes and physical degradation
the fuel to undergo oxidation that generate positive hydrogen ions and electronscausethe fuel to undergo oxidation that generate positive hydrogen ions and electrons
the fuel to undergo oxidation reactions that generate ions and electronscausethe fuel to undergo oxidation reactions that generate ions and electrons
synthesis of other molecules that act as catalysts to synthesize other moleculescausesynthesis of other molecules that act as catalysts to synthesize other molecules
synthesis of other molecules that act as catalysts to synthesize other molecules ... and so oncausesynthesis of other molecules that act as catalysts to synthesize other molecules ... and so on
in the reactors , which will determine reaction efficiencysetin the reactors , which will determine reaction efficiency
reactions to proceed at lower activation energycausereactions to proceed at lower activation energy
to catalysts deactivationleadedto catalysts deactivation
to the commercial production of hydrogencan leadto the commercial production of hydrogen
in the different reactionscontributein the different reactions
the reaction environmentcan influencethe reaction environment
the diffusion of the compound and the selectivity of xylenescan influencethe diffusion of the compound and the selectivity of xylenes
to activate small molecules , such as carbon monoxide , hydrogen , olefins , oxygen and nitric oxide under mild conditions ( 2are designedto activate small molecules , such as carbon monoxide , hydrogen , olefins , oxygen and nitric oxide under mild conditions ( 2
toward immense growth and changeleadtoward immense growth and change
to desired reactionsleadto desired reactions
to more efficient chemical reactionsleadto more efficient chemical reactions
of transition metal complexesare ... composedof transition metal complexes