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Topic: Nascent hydrogen

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	Welded corrosion-resistant ferritic stainless steel tubing having high resistance to hydrogen embrittlement and a ...
		Welded ferritic stainless steel tubing having high resistance to hydrogen embrittlement particularly adapted for use in heat exchangers handling chemical media containing hydrogen sulfide or nascent hydrogen and in cathodically protected heat exchangers.
		Hydrogen embrittlement has been found to be more pronounced in typical applications where the tubing is exposed to hydrogen sulfide or nascent hydrogen in the media being processed or where the heat exchangers are subjected to cathodic protection to minimize galvanic or crevice corrosion of the tubesheet or water box materials.
		Thus, the results show that in hydrogen sulfide containing environments, the resistance of highly corrosion resistant ferritic stainless steels to hydrogen embrittlement in such environment can be markedly improved by using columbium stabilization and by controlling carbon and nitrogen within the limits of the invention.
	www.freepatentsonline.com /4942922.html (3829 words)

	Cosasco Systems - access under pressure, cosasco retreivers, cosasco retractors, high pressure, sulphide stress ...
		Part of the hydrogen produced by the cathodic corrosion reaction may permeate the steel by diffusion, and the balance is dissolved in the process electrolyte or released as bubbles of gas.
		Hydrogen monitoring instruments indicate the susceptibility of steel to HIC and hydrogen blistering by measuring the rate of atomic hydrogen permeation.
		Hydrogen monitoring is also used on occasions to monitor the rate of corrosion, but the relationship between corrosion rate and hydrogen permeation varies with fluid dynamics, the method of hydrogen monitoring, and relative content of poisoning agents in the process.
	www.rohrbackcosasco.com /Cosasco.aspx?cid=s6400 (860 words)

	Tutorial: Hydrogen Damage
		Hydrogen embrittlement requires a susceptible metal (hardness, metallurgical condition, composition) and a fabrication method or process condition capable of promoting the entry of atomic hydrogen into the steel.
		This mode of failure is merely a special case of (localized) hydrogen embrittlement where the nascent atomic hydrogen is supplied to the metal as a byproduct of a corrosion reaction.
		HAC is merely a special case of localized hydrogen embrittlement where the nascent atomic hydrogen is supplied to the steel as a by-product of the corrosion reaction.
	www.mtm.kuleuven.ac.be /Research/corr-o-scope/hcindex2/tutor2.htm (1162 words)

	Hydrogen Injection
		He feel's that the faster burn is most likely due to the presence of nascent (atomic) hydrogen and nascent oxygen, which initiate a chain reaction.
		Educated estimates suggest the presence of nascent hydrogen and oxygen decreases the burn time of the entire mix by a factor of ten (10).
		Hydrogen burns more rapidly than hydrocarbon fuels because it is smaller and enters combustion reactions at higher velocity, has lower activation energy, and incurs more molecular collisions than heavier molecules.
	www.hydrogen-boost.com /hydrogeninjection.html (2485 words)

	Wired 11.04: How Hydrogen Can Save America
		Hydrogen's fuel-efficiency offers immediate benefits to transportation companies that maintain their own vehicles and use them for limited, predictable distances.
		Ironically, while hydrogen is the most plentiful element in the universe, it rarely appears in its pure form.
		Hydrogen would make renewable energy practical, acting as a storage medium for the modest amounts of energy such resources produce.
	www.wired.com /wired/archive/11.04/hydrogen.html?pg=3&topic=&topic_set= (1147 words)

	Re: Hydrogen - still on the move
		This enhancement of flame initiation and subsequent flame propagation, reduces the Ignition delay and combustion period in both spark ignition and compression ignition engines which should lead to noticeable improvements in the combustion process and performance What happens inside the combustion chamber is still only a guess.
		HYDROGEN AS A COMBUSTION STIMULANT Hydrogen burns more rapidly than hydrocarbon fuels because it is smaller and enters combustion reactions at higher velocity, has lower activation energy, and incurs more molecular collisions than heavier molecules.
		Mixing hydrogen with hydrocarbon fuels provides combustion stimulation by increasing the rate of molecular-cracking processes in which large hydrocarbons are broken into smaller fragments.
	www.talkaboutautos.com /group/aus.cars/messages/730144.html (1574 words)

	Cellfood 2: Oxygen Therapy, Water Purifier
		This "splitting" of the water molecule (H 20) results in the RELEASE of nascent hydrogen and oxygen cases simultaneously in a chain reaction that only involves one five-hundred thousands of the available moisture at one time.
		The hydrogen molecule can then be described as DI-POLE, with the Oxygen atom acting as a negative pole and the Hydrogen as a positive pole.
		Hydrogenation - (Also called reduction) is the addition of hydrogen to a molecule.
	www.balancedforhealth.com /cellfood2.htm (1879 words)

	What Is Cellfood?
		Cellfood® is a proprietary super-energized complex concentrate of 78 trace minerals, 34 enzymes, 17 amino acids, electrolytes and dissolved oxygen held in a negatively-charged suspension utilizing deuterium, an isotope of hydrogen.
		Since nascent oxygen molecules are negatively charged, they actually seek out and attract these dangerous free radicals, combining with them to form simple pure stabilized oxygen (02).
		Cellfood® is developed from a solution which has the ability to release the oxygen and hydrogen simultaneously in a chain reaction that involves only one five-hundred-thousandth of the body's available moisture at any time- and since our bodies are over two-thirds water, the oxygen and hydrogen source is virtually unlimited.
	www.balancedforhealth.com /cellfoodwhatis.htm (1890 words)

	The Joe Cell and Hydrogen Gas
		I have read your article on the Joe cell Orgone accumulator where you describe the three different gases.The third gas, the one that burns with the loudest explosion may be nascent hydrogen aka as monatomic hydrogen H1.
		Monatomic hydrogen was used for high temperature welding until the 1930's when it was replaced by acetylene gas.
		The high temperatures obtained by hydrogen welding was not due to normal combustion but by taking H2 gas and converting it to H1.
	www.educate-yourself.org /lte/joecellhydrogengas12sep04.shtml (270 words)

	CELL REVIEW cell-food liquid oxygen O2, ozone stabilized liquid oxygen water purification hydrogen
		This "splitting" of the water molecule results in the release of nascent hydrogen and oxygen gases simultaneously in a chain reaction that only involves about one five-hundred thousandth of the available moisture at one time.
		Some of the benefits of a mineral-rich and oxygen-rich diet include: high energy levels; better assimilation and utilization of the food we eat and the supplements we consume; and the creation of enzymes that are necessary for vitamins to function, increasing their effectiveness four to five times in the body.
		When a body is deficient in oxygen, hydrogen, trace minerals, enzymes, amino acids and water, it does not have the ability to repair and maintain itself.
	www.bestherbalsolutions.co.uk /html/cellfood.html (537 words)

	CELLFOOD Liquid Oxygen Nutrition! (Site not responding. Last check: 2007-10-12)
		Cellfood has the unique ability to dissociate the water molecule into nascent hydrogen and nascent oxygen.
		This water "splitting" technology enables the release of hydrogen and oxygen gases simultaneously in a chain reaction that involves one five-hundred thousandths of the available moisture at one time.
		Water "splitting" is achieved by means of shifting and weakening the bonding electrons (ionic transfers) of the water molecule towards oxygen and away from hydrogen.
	www.thewolfeclinic.com /cellfood (408 words)

	CellFood-Cell Food: Alternative Medicine - Dietary Supplement - Key Points (Site not responding. Last check: 2007-10-12)
		Hydrogen Peroxide Therapy(H2O2) - hydrogen* peroxide is manufactured in the bloodstream to help fight bacteria, viruses, yeast, fungi, and other invading pathogens.
		In fact, that genius was Everett Lafayette Storey, inventor of the technology used to develop the triggering mechanism enabling the Hydrogen Bomb to exist.
		This splitting of the water molecule results in the release of nascent Hydrogen and Oxygen gases simultaneously in a chain reaction that only involves about one five-hundred thousandth of the available moisture in the body at one time.
	www.lcrcellfood.com (811 words)

	Porosity Defects in Gray and Ductile Iron Castings
		Since the solubility of hydrogen and nitrogen in liquid iron is far greater than in solid iron, these gases will precipitate out of solution as gas bubbles during solidification if they are present in amounts greater than the solid solubility limits.
		Because both hydrogen and nitrogen are readily available and extremely soluble at the casting temperatures employed, their effect on potential porosity defects is often additive.
		Further, if a considerable amount of nascent nitrogen is dissolved in a casting from unbalanced binder ratios favoring excessive polyisocyanate components, the presence of even a small amount of hydrogen will serve to lower the overall solubility of nitrogen.
	www.ductile.org /magazine/2000_3/porosity.htm (8289 words)

	Hydrogen-Induced Cracking (HIC) \| PICon (Site not responding. Last check: 2007-10-12)
		Hydrogen atoms produced, for example, by the corrosion reaction of iron, usually combine to form hydrogen gas molecules.
		However, in the presence of sulphide or cyanide, the hydrogen recombination reaction is poisoned so that the nascent hydrogen atoms diffuse into the steel rather than recombining on the metal surface to form hydrogen gas.
		Hydrogen atoms that enter the pipeline can cause embrittlement and failure.
	www2.nrcan.gc.ca /picon/topics/hic_e.asp (137 words)

	NotDoctors.com: How Cellfood Works
		Since nascent oxygen molecules are negatively charged, they actually seek out and attract these dangerous free radicals, combining with them to form simple pure stabilized oxygen (O2).
		Cellfood creates this life-giving nascent oxygen and body-building nascent hydrogen by dissociating- or splitting - the water molecule by weakening the bonding electrons.
		The body's natural intelligence releases the oxygen and hydrogen whenever and wherever they are needed- and if no longer needed, no more is released.
	www.notdoctors.com /howcfworks.html (472 words)

	[No title] (Site not responding. Last check: 2007-10-12)
		The purest hydrogen is obtained by the electrolysis of water in the presence of an acid.
		Addition of hydrogen to unsaturated compounds in the presence of catalyst is called hydrogenation.
		Hydrogen is essential component of the compound a.Sodium chlorideb.Calcium hydridec.Sodium sulphated.Zinc chloride Water gas is the mixture of a.Carbon monoxide and hydrogenb.Carbondioxide and hydrogenc.Carbondioxided.CarbonmonoxideAddition of hydrogen to unsaturated compounds is called a.Chlorinationb.Ionization c.Hydrationd.Hydrogenation17.
	www.fbise.edu.pk /curr/ssctestII/Chemistry.doc (3981 words)

	cellfood_differences
		The hydrogen is needed by the body for use in building and repairing the immune system, and of course the body's organs, its structure, and cells.
		The nascent oxygen atom (O-) is attracted to the free radical (O+), forming a molecule of pure oxygen (O2) at cellular level where it is needed for processes such as cleansing cells.
		A moderate to low source of nascent oxygen (one atom per molecule) with the disadvantage of high toxicity and short half life.
	www.cellfoodusa.com /cellfood_differences.htm (1472 words)

	DHHS (NIOSH) Publication No. 79-142
		When nascent hydrogen is generated in the presence of arsenic, or when water reacts with a metallic arsenide, arsine evolves.
		During recent years of may incidents have involved a reaction between arsenic and aluminum, with the subsequent release of hydrogen in the presence of water to permit the formation of arsine gas.
		Arsine usually evolved when nascent hydrogen was generated in the presence of arsenical compounds or by the hydrolysis of a metallic arsenide in contact with water.
	www.cdc.gov /niosh/79142_32.html (3047 words)

	CELLFOOD from Nu Science Corp. 30ml. - CalComp Nutrition
		Each molecule of the hydrogen carrier in the Nicotinamide Adenine Dinucleotide (NAD), delivers two electrons and one proton of a hydrogen molecule to the ETS.
		The energy produced by the ETS is used to form a chemical bond between Adenosine Diphosphate (ADP) and inorganic phosphate to form ATP.
		The steady flow of oxygen and hydrogen to all parts of the body allow for simultaneous oxygenation and reduction within the cells.
	www.calcompnutrition.com /cellfood.html (590 words)

	Fuel Cell Works Supplemental News Page
		The myriad obstacles inherent in the transition to a hydrogen economy deter financiers, acknowledged Jerald Cole, an executive at Hydrogen Ventures LLC, who was brought in as an outside expert to comment on the Economy Topic Team's draft report.
		Pipeline deliveries of hydrogen are expensive, unless volumes are very high, and there simply aren't going to be high-volume hydrogen stations in the early stages of the transition, he pointed out.
		The high cost of hydrogen coupled with the high cost of fuel cell vehicles suggests there will be few users beyond fleet operators, a realization that keeps financiers wary.
	www.fuelcellsworks.com /Supppage1225.html (990 words)

	TIMET: titanium and hydrogen: hydride tolerances & parameters.
		When the solubility limit of hydrogen in titanium (about 100-150 ppm for Grade 2 titanium) is exceeded, hydrides begin to precipitate.
		In seawater, hydrogen can be produced on titanium as the cathode by galvanic coupling to a dissimilar metal such as zinc or aluminum which are very active (low) in the galvanic series.
		The presence of hydrogen sulfide, which acts as a recombination poison, apparently increases the absorption of hydrogen on titanium if it is coupled to actively corroding carbon steel or stainless steel.
	www.timet.com /cod-p10.htm (678 words)

	Hydrogen Economies Seminars
		The concept of a hydrogen economy has recently generated a great deal of interest and discussion.
		Much of this has related to the technological ‘possibilities’ that a future hydrogen economy may open up, particularly in addressing issues such as CO emissions reduction and security of energy supply.
		The aim of this seminar series is to encourage engagement with this debate amongst social scientists through creating a forum which brings together a number of currently disconnected key strands of social science research.
	www.surf.salford.ac.uk /HydrogenEconomies/home.htm (283 words)

	TIMET: titanium resistance to hydrogen: hydriding conditions.
		At temperatures below 176 degrees F (80 degrees C) hydrogen pickup occurs so slowly that it has no practical significance, except in cases where severe tensile stresses are present.^(37) In the presence of pure hydrogen gas under anhydrous conditions, severe hydriding can be expected at elevated temperatures and pressures.
		Coupling to carbon steel or other metals higher in the galvanic series generally does not generate hydrogen in neutral solutions, even though corrosion is progressing on the dissimilar metal.
		The presence of hydrogen sulfide, which dissociates readily and lowers pH, apparently allows generation of hydrogen on titanium if it is coupled to actively corroding carbon steel or stainless steel.
	www.timet.com /cor-p22.htm (672 words)

	The Amazing Story Of Everett Storey (Site not responding. Last check: 2007-10-12)
		Inventor of the technology used to develop the triggering mechanism enabling the Hydrogen Bomb to exist.
		Everett Storey was an expert in the little-known uses of Deuterium, the only non-radioactive isotope of Hydrogen, DI-Polar DI-Base technology, as well as heavy water and atomic binding-force technology.
		Everett Storey's formula has the unique ability to dissociate the water molecule into nascent Hydrogen and nascent Oxygen.
	www.1st-in-selfhelp.com /everett-storey.html (302 words)

	How It Works
		Cellfood creates this life-giving nascent oxygen and body-building nascent hydrogen by dissociating— or splitting — the water molecule by weakening the bonding electrons.
		Cellfood is developed from a solution which has the ability to release the oxygen and hydrogen simultaneously in a chain reaction that involves only one five-hundred-thousandth of the body's available moisture at any time— and since our bodies are over two-thirds water, the oxygen and hydrogen source is virtually unlimited.
		This cascading time release of oxygen and hydrogen typically peaks within 8- 12 hours, and can continue for up to 3 days.
	www.holistic-alt.com /howCFworks.html (509 words)

	Fuel Cell Development in China
		Storing and distributing hydrogen is still very difficult, because hydrogen as a gas contains very little energy by volume, and therefore must be either liquified or stored under extreme pressure in order to deliver meaningful amounts of energy.
		The Chinese, with their rapidly industrializing nation of over a billion people, certainly are aware of the technological and economic hurdles that stand between today's nascent hydrogen economy and the potential of the hydrogen economy as envisioned by environmentalists.
		The supply of hydrogen as a fuel in Shanghai will not be as difficult as in many other cities, mainly due to the region's vast and flexible fuel sources.
	www.ecoworld.com /Home/Articles2.cfm?TID=352 (3018 words)

	Oxygenated water: pseudoscientific snake-oil
		alters the bond between the oxygen and hydrogen atoms that make up the water molecule and allows for release of oxygen by means of a catalytic reaction when Biocatalyst comes in contact with cell walls.
		This is one of many lies offered up by an outfit that flogs a worthless "oxygen-plus" supplement to the scientifically challenged at $22 per bottle.
		Stabilized oxygen is an oxide of chlorides compound stabilized with the richest known source of nascent oxygen with several atoms per molecule.
	www.chem1.com /CQ/oxyscams.html (2700 words)

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