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Hydrogen water

As of 1994 there were 105 operating commercial nuclear power stations in the United States (1) (see Power generation). AH of these faciUties were light, ie, hydrogen—water reactors. Seventy-one were pressurized water reactors (PWRs) the remainder were boiling water reactors (BWRs). [Pg.190]

BWR Water Chemistry Guidelines—1993 Revision, Normal and Hydrogen Water Chemistry," Report TR-103515, Electric Power Research Institute, Palo Alto, Calif., Feb. 1993. [Pg.197]

NaAlSigOs + 2 H+ + 9 H2O Al2Si2 O5 (OH) + 4 H4Si04(aq) + 2Na albite hydrogen water kaolinite silicic acid sodium... [Pg.199]

Conversion to Hydrogen (Water Gas Shift Reaction). Carbon monoxide reacts with water over a catalyst to produce hydrogen and carbon monoxide (25). This reaction is used to prepare high purity hydrogen or synthesis gas with a higher hydrogen-to-carbon monoxide ratio than the feed (eq. 3). [Pg.50]

An accuracy of one percent is claimed, but the following gases are excluded helium, hydrogen, water, and ammonia. [Pg.114]

Fluorine reacts spontaneously with almost all elements, hydrogen, water vapor, and many organic compounds. Steel will melt and ignite in fluorine with a violent reaction. [Pg.499]

It is unnecessary to go to the lengths of calculating the oxygen or sulphur potentials of gas phases in order to use these diagrams in certain simple cases. Consider the oxidation of a metal by a hydrogen/water-vapour atmosphere. The reaction involved here is... [Pg.1099]

Amides can add to aldehydes in the presence of bases (so the nucleophile is actually RCONH ) or acids to give acylated amino alcohols, which often react further to give alkylidene or arylidene bisamides. If the R group contains an a hydrogen, water may split out. [Pg.1187]

Bottinga, Y. 1969 Calculated fractionation factors for carbon and hydrogen isotope exchange in the system calcite-carbon dioxide-graphite-methane-hydrogen-water vapour. Geochimica et CosmochimicaActa 33 49-64. [Pg.137]

The sensitivity of Magnetic Resonance (MR) to the local concentration, molecular dynamics and molecular environment of these nuclei make it well suited for the study of deterioration processes in concrete materials. Hydrogen (water), lithium, sodium, chlorine and potassium are all MR sensitive nuclei and play an important role in cement chemistry. The ability of MRI to spatially resolve and non-destructively examine test samples as a function of treatment or exposure has the potential to provide new insight to better understand deterioration mechanisms and mass transport properties of concrete materials. [Pg.285]

Hydrogen + water. Battino (4) selected 69 solu-bility values from nine papers that reported measurements between temperatures of 273 and 348 K. The mole fraction solubilities at one atmosphere partial pressure of hydrogen at the higher temperatures were estimated from the data of Wiebe and Gaddy (11), Pray, Schweichert, and Minnich (12 ), and Stephan, Hatfield, Peoples and Pray (1 ). The data from Pray, Schweichert and Minnich were combined with Battino s selected data in a linear regression to obtain the tentative four constant equation for the hydrogen solubility in water between 350 and 600 K (Figure 7 and Table V). [Pg.527]

Figure 7. Hydrogen + water—mole fraction solubility at 1 atm hydrogen partial pressure vs. temperature ( + ) (12) value at 323 K not used in the linear regression... Figure 7. Hydrogen + water—mole fraction solubility at 1 atm hydrogen partial pressure vs. temperature ( + ) (12) value at 323 K not used in the linear regression...

See other pages where Hydrogen water is mentioned: [Pg.89]    [Pg.5]    [Pg.64]    [Pg.461]    [Pg.461]    [Pg.150]    [Pg.209]    [Pg.555]    [Pg.70]    [Pg.7]    [Pg.375]    [Pg.470]    [Pg.265]    [Pg.352]    [Pg.112]    [Pg.1100]    [Pg.1100]    [Pg.32]    [Pg.241]    [Pg.184]    [Pg.5]    [Pg.152]    [Pg.291]    [Pg.28]    [Pg.24]    [Pg.114]    [Pg.491]    [Pg.952]    [Pg.39]    [Pg.160]    [Pg.160]    [Pg.129]    [Pg.198]    [Pg.520]    [Pg.281]    [Pg.274]    [Pg.478]   
See also in sourсe #XX -- [ Pg.527 , Pg.529 ]




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Abstraction of hydrogen from water

Acidic solutions hydrogen ions from water

Active metal displacing hydrogen from water

Amines in photochemical hydrogen production from water

Ammonia-water complex, hydrogen bonding

Aniline-water complex, hydrogen bonds

Binary Complexes of Hydrogen Fluoride and Water

Bipyridyl in photochemical production of hydrogen from water

Boiling water, hydrogenation

Carbohydrates water-mediated hydrogen bonds

Catalytic reactions involving CO and hydrogenation using water

Chain of hydrogen-bonded water molecules

Clay minerals catalysts, hydrogen production from water

Cobalt complexes in hydrogen production from water

Cooling water mass flow rate (Hydrogen only) at different pressures

Deuterium separation processes water-hydrogen exchange

Diethyl ether hydrogen bonding to water

Direct Hydrogen Cyanide Synthesis and Water-gas Shift Reaction

Dual-temperature water-hydrogen sulfide

Dual-temperature water-hydrogen sulfide exchange process

Electrochemistry hydrogen or oxygen production from water

Electrolysis of Water to Produce Hydrogen

Electrostatic potential maps diethyl ether-water hydrogen

Ethanol from hydrogen-methane-water

Glutathione in photochemical hydrogen production from water

HYDROGEN BONDING IN LIQUID AND SUPERCRITICAL WATER

Heavy water hydrogen exchange process

Heavy water hydrogen sulfide exchange process

Heteropentalenes in hydrogen production from water

Hydrogen (Water) Measurements

Hydrogen - water electrodes

Hydrogen Bonding Patterns, Water Uptake, and Distribution in Amorphous Solids

Hydrogen Dioxide Sulphide Water

Hydrogen Production by Mechano-catalytic Water Splitting

Hydrogen Production by Photocatalytic Water Splitting

Hydrogen Production by Thermochemical Water-Splitting

Hydrogen Production by Water Biophotolysis

Hydrogen Production by Water Electrolysis

Hydrogen Production by Water Radiolysis

Hydrogen atom abstraction from water

Hydrogen bond , continued water

Hydrogen bond in liquid water

Hydrogen bond in water

Hydrogen bond, between two water

Hydrogen bond, between two water molecules

Hydrogen bonding amines with water

Hydrogen bonding between ethers and water

Hydrogen bonding between water

Hydrogen bonding between water molecules

Hydrogen bonding carbonyl group with water

Hydrogen bonding liquid water

Hydrogen bonding of water

Hydrogen bonding properties of water

Hydrogen bonding structure of water

Hydrogen bonding water and

Hydrogen bonding water dimer

Hydrogen bonding water structure

Hydrogen bonding water trimer

Hydrogen bonding water with amorphous polymer

Hydrogen bonding, between neighboring water molecules

Hydrogen bonding, between water and

Hydrogen bonding, in water

Hydrogen bonds cause unusual water, ice, and hydrate properties

Hydrogen bonds methanol-water mixture

Hydrogen bonds network, polarized water

Hydrogen bonds water and

Hydrogen bonds, per water molecule

Hydrogen bonds, water properties

Hydrogen bonds/bonding water clusters

Hydrogen bromide and water

Hydrogen bulk water

Hydrogen by electrolysis of water

Hydrogen by water

Hydrogen chemisorption, water

Hydrogen chloride and water

Hydrogen chloride dissolved in water

Hydrogen chloride dissolving in water

Hydrogen chloride reaction with water

Hydrogen chloride removal of water and, from

Hydrogen chloride removal of water and, from phosphorous acid

Hydrogen chloride, in water

Hydrogen chloride-water system

Hydrogen complex formation with water

Hydrogen cyanide water

Hydrogen cyclic water cleavage

Hydrogen economy water electrolysis

Hydrogen electrochemical production from water

Hydrogen electrolysis of water

Hydrogen fluoride Complex with water molecule

Hydrogen from Biomass by Supercritical Water Gasification

Hydrogen from Splitting of Water

Hydrogen from Water Using Renewable Energy

Hydrogen from electrolysis of water

Hydrogen from water

Hydrogen from water electrolysis plant

Hydrogen from water, abstraction

Hydrogen from water, photochemical generation

Hydrogen halides water

Hydrogen in water

Hydrogen in water molecule

Hydrogen ion concentrations, in water

Hydrogen ions from water

Hydrogen isotopes ocean water)

Hydrogen of water

Hydrogen peroxide in water

Hydrogen peroxide surface-water samples

Hydrogen peroxide water

Hydrogen peroxide water sonolysis

Hydrogen photochemical production from water

Hydrogen photoelectrochemical production from water

Hydrogen photolytic from water

Hydrogen production alkaline water

Hydrogen production from solar water splitting

Hydrogen production from water

Hydrogen production, water column

Hydrogen protein-water

Hydrogen solubility in water

Hydrogen solubility in water at various temperatures

Hydrogen sources, water

Hydrogen sulfide heavy water production

Hydrogen sulfide removal from water

Hydrogen sulfide-water exchange process (

Hydrogen water chemistry

Hydrogen water decomposition

Hydrogen water electrolysis

Hydrogen water photodecomposition

Hydrogen water probe

Hydrogen water splitting

Hydrogen water splitting processes

Hydrogen water system

Hydrogen, characteristic temperature water

Hydrogen, energy conversion photoelectrochemical water splitting

Hydrogen, energy conversion water electrolysis

Hydrogen, oxidation to water

Hydrogen-bonded interactions among water molecules

Hydrogen-bonded water molecules

Hydrogen-bonded waters

Hydrogen-methane-water system

Hydrogen-oxygen reactions water formation

Hydrogen-terminated silicon surface with water

Hydrogen-transfer reactions, water

Hydrogenation in water

Hydrogenation of olefins with miscellaneous water-soluble catalysts without phosphine ligands

Hydrogenation supercritical water

Hydrogenation using Water-Soluble Catalysts

Hydrogenation with water gas shift reaction

Metallophthalocyanines in photoproduction of hydrogen from water

Metalloporphyrins in photoproduction of hydrogen from water

Metrics of Water Hydrogen Bonding to Proteins

Oxygen and Hydrogen Pumping, Water Vapor Electrolysis

Photocatalysis in Generation of Hydrogen from Water

Photovoltaic cells hydrogen from water

Platinum in photoproduction of hydrogen from water

Platinum oxides in photoproduction of hydrogen from water

Polarography hydrogen or oxygen production from water

Polymolybdates in photogalvanic hydrogen production from water

Precipitation waters, hydrogen peroxide

Precipitation waters, hydrogen peroxide determination

Producing Hydrogen from Water, Natural Gas, and Green Plants

Production of Hydrogen using a Coupled Water Electrolyzer-Solar Photovoltaic System

Protein-water hydrogen bonding

Protein-water hydrogen bonds

Reactions with Water and Hydrogen Peroxide. Alkaline Hydrolysis

Recognition via Hydrogen Bonding in Water

Ruthenium oxide hydrogen and oxygen production from water

Ruthenium, tris in hydrogen production from water

Ruthenium, tris in hydrogen production from water photochemical properties

Solid water hydrogen-filled

Solubility of hydrogen in water

Stress corrosion cracking hydrogen water chemistry

Tautomerization, hydrogen peroxide-water

Tautomerization, hydrogen peroxide-water oxide

Temperature Water-Hydrogen Exchange Processes

Temperature Water-Hydrogen Sulfide Exchange Process

Ternary System Water - Hydrogen Peroxide-Jet Propulsion Fuel

The Combining Ratio of Hydrogen and Oxygen in Water

The Hydrogen Bonded Structure of Water

The Hydrogen Sulfide-Water System

The Hydrogen-Bonding Structure of Water

The Oxidation of Hydrogen to Water

The Water-Hydrogen Fluoride Complex

There a Favorite Isomer for Hydrogen-Bonded Methanol in Water

Titanium complexes in hydrogen production from water

Titanium oxide catalysts, hydrogen production from water

Trimers of Hydrogen Fluoride and Water

Trimethylamine, hydrogen-bonded with water

Tungstates in photogalvanic hydrogen production from water

Viologen in photochemical hydrogen production from water

WGS Reaction and Water Electrolysis for Hydrogen Production

Water (continued hydrogen bonding

Water Molecules and Hydrogen Bonding

Water Molecules and their Dense Hydrogen Bond Networks

Water and the Hydrogen Bond

Water as hydrogen-bond donor

Water chemical formula hydrogen atom

Water chemistry hydrogen bonding

Water cluster hydrogen bonding

Water decomposition, hydrogen generation

Water dimer hydrogen bond

Water dimer structure hydrogen bond

Water dual temperature exchange, hydrogen sulfide

Water electrochemical production of hydrogen or oxygen

Water for the hydrogen

Water from gaseous hydrogen and oxygen

Water from hydrogen and

Water hydrogen bond between

Water hydrogen bond lifetime

Water hydrogen bonding

Water hydrogen bonds

Water hydrogen displacement from

Water hydrogen evolution

Water hydrogen fluoride

Water hydrogen ions contributed

Water hydrogen oxides

Water hydrogen peroxide content

Water hydrogen production

Water hydrogen production front

Water hydrogen solubility

Water hydrogen sulfide

Water hydrogen-bond model

Water hydrogen-bonded structure

Water hydrogen-oxygen bonds

Water hydrogenation

Water hydrogenation

Water methanol hydrogen-bond affinity

Water molecules hydrogen bonding cooperativity

Water molecules hydrogen bonds

Water oxygen and hydrogen

Water plant, hydrogen production

Water reduction to hydrogen

Water spectra hydrogen bond

Water structure Hydrogen bond

Water transfer hydrogenation

Water vapor pressurized hydrogen

Water with hydrogen chloride

Water, Hydrogen Peroxide, and Anions

Water, acid-base behavior hydrogen bond

Water, electrolysis hydrogen production

Water, hydrogen storage

Water-Gas Shift Reaction for Hydrogen Production and Other Applications

Water-hydrogen sulfide system, liquid-vapor

Water-hydrogen sulfide system, liquid-vapor equilibria

Water-mediated hydrogen bonds

Water-mediated hydrogen-bonding

Water-soluble hydrogenation catalysts other than simple complex ions

Water-soluble hydrogenation catalysts with macromolecular ligands

Why is burning hydrogen gas in air (to form liquid water) a spontaneous reaction

Zeolites catalysts, hydrogen production from water

Zinc porphyrinatoin photoproduction of hydrogen from water

Zinc, bis in electrochemical production of hydrogen or oxygen from water

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