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...where carbon reacts with steam, producing carbon monoxide (CO), molecular hydrogen (H₂), and carbon dioxide (CO₂). ...usly pyrolysed char. Wood gas is flammable because of the carbon monoxide, hydrogen, and methane content.

...]], and [[chloride]] salts. Like silver, mercury reacts with atmospheric [[hydrogen sulfide]]. Mercury even reacts with solid sulfur flakes, which are used in ...mercury into the environment agreed to install maximum achievable control technologies (MACT). In March 2005 EPA rule<ref>{{cite web|url=http://www.epa.gov/air/me

...silicon integrated circuits. This application is the most developed of the technologies and the most specialized in the field. ==Other aspects of photoresist technologies==

...doi|10.1016/S0014-3057(02)00391-9}}</ref> absorb aqueous solutions through hydrogen bonding with the water molecule. So an SAP's ability to absorb water is a f | publisher = M2 Polymer Technologies, Inc

...conduct protons]] while being impermeable to gases such as [[oxygen]] or [[hydrogen]].<ref name="NasaTechBriefs">{{cite web |url=http://findarticles.com/p/arti [[Category:Hydrogen technologies]]

...onduct [[anions]] while being impermeable to gases such as [[oxygen]] or [[hydrogen]]. This is their essential function when incorporated into a [[membrane ele ...t the electrode from [[carbonate]] formation, which can cause fuel (oxygen/hydrogen) transport problem during start-up.

...s carry greater energy for their weight than other [[lithium ion battery]] technologies. ...on combined cycle]] (IGCC) power plants to remove [[carbon dioxide]] and [[hydrogen sulfide]] from the gas waste stream.

|Hydrogen || 10 to 14% ...hydrogen, these processes generally involve removing carbon from or adding hydrogen to the molecules, and using [[fluid catalytic cracking]] to convert the lon

...industrial scale production. In either case, the product is reduced using hydrogen, yielding the metal as a powder or sponge that can be treated using [[powde ...and are being actively researched in various, potential, [[solar energy]] technologies. Ruthenium-based compounds have been used for light absorption in [[dye-sen

Ethylene fluorohydrin is obtained differently, by boiling [[hydrogen fluoride]] with a 5–6% solution of ethylene oxide in [[diethyl ether]]. T ====Addition of hydrogen cyanide====

...asing in its other applications. These declines have been due to competing technologies, cadmium’s [[toxicity]] in certain forms and concentration and resulting ...eeded|date=June 2010}}<!--A significant limitation of cadmium plating is [[hydrogen embrittlement]] of high-strength steels caused by the electroplating proces

...ite book| title = Landolt-Börnstein – Group VIII Advanced Materials and Technologies: Powder Metallurgy Data. Refractory, Hard and Intermetallic Materials| chap ...alkali to form the beryllate anion, Be(OH)₄²⁻, and hydrogen gas. The solutions of salts, e.g. [[beryllium sulfate]] and [[beryllium nit

...rocess''', is the [[nitrogen fixation]] reaction of [[nitrogen gas]] and [[hydrogen gas]], over an enriched iron or ruthenium [[Catalysis|catalyst]], which is ...cess, which is only concerned with synthesizing ammonia from nitrogen and hydrogen.

...of a [[nickel]] [[catalyst]], under controlled conditions. The addition of hydrogen to the unsaturated bonds results in saturated bonds, effectively increasing ...e book|last=Gunstone |first=Frank D. |coauthors=Fred B. Padley|title=Lipid technologies and applications |publisher=CRC Press|date=13 May 1997|page=311|isbn=08247

...sium beam clocks. The black units in the foreground are Sigma-Tau MHM-2010 hydrogen maser standards.]] ...tomic clocks have been based on the hyperfine (microwave) transitions in [[hydrogen-1]], [[caesium-133]], and [[rubidium-87]].