「DIOXIDE」の共起表現一覧(1語右で並び替え)
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| Opal, non-crystalline silicon | dioxide, a mix of minerals, IMA/CNMNC valid mineral n |
| Burning fuel creates carbon | dioxide, a greenhouse gas. |
| the fire was putting 21,000 tonnes of sulfur | dioxide a day into the atmosphere. |
| sions for 2006 were ~721 megatonnes of carbon | dioxide, about 29% above Canada's Kyoto targets. |
| Subsequent processing with liquid carbon | dioxide, achieved in the same extractor by merely low |
| Sulfur | dioxide acts to depolarize the anode of the electroly |
| Carbon | dioxide affects the curve in two ways: first, it infl |
| olyzes to form carbonate radical and nitrogen | dioxide, again as a pair of caged radicals. |
| ls in these spaces have been killed by carbon | dioxide agent release. |
| t then be "regenerated" by blowing low carbon | dioxide air, such as ambient air, through the bed. |
| The capture of carbon | dioxide allows to accelerate the process of photosynt |
| y acidic taste often produced by using carbon | dioxide alone. |
| His team estimates that sulfur | dioxide, along with ozone, nitrogen dioxide and parti |
| act with water to produce hydrogen and carbon | dioxide along with sodium citrate and water (C3H5O(CO |
| Injection or reinjection of carbon | dioxide also takes place in order to reduce the emiss |
| from chromate salts by reduction with sulfur | dioxide, although other methods exist. |
| monium salt yields on dry distillation carbon | dioxide, ammonia, pyrrol and other substances. |
| stes include lactic acid, acetic acid, carbon | dioxide, ammonia, and urea. |
| g for R&D on geologic sequestration of carbon | dioxide, among other projects; set emissions standard |
| id quickly decomposes by splitting off carbon | dioxide and leaving behind an amine. |
| Plass, G.N., 1959, Carbon | Dioxide and Climate, Scientific American, July, p. 41 |
| These bacteria produce carbon | dioxide and a number of compounds that account for th |
| Plass, G.N., 1956, Carbon | Dioxide and the Climate, American Scientist 44, p. 30 |
| d, acetic acid, lactic acids, ethanol, carbon | dioxide, and hydrogen. |
| eparate the nitrogen from any residual carbon | dioxide and water and the remaining nitrogen content |
| The mass of the remains (ash, water, carbon | dioxide, and other gases) is the same as it was prior |
| It is customary to express carbon | dioxide and carbonic acid simultaneously as CO2* . |
| l quantities of harmless gases such as carbon | dioxide, and water vapor with trace amounts of carbon |
| Like uranium | dioxide and some other uranium compounds, uranium car |
| tive fermentation, in contrast, yields carbon | dioxide and ethanol in addition to lactic acid, in a |
| , these two radicals recombine to form carbon | dioxide and nitrate. |
| is because it is readily oxidizable to carbon | dioxide and water.' |
| t is often used as an alternative to chlorine | dioxide and elemental chlorine in totally chlorine fr |
| ia succiniciproducens, is known to fix carbon | dioxide and produce succinic acid. |
| The first of these new videos was on carbon | dioxide and methane. |
| Gases, mostly carbon | dioxide and traces of hydrocarbons, are drawn off and |
| is estimated that by 2020 emissions of sulfur | dioxide and nitrogen oxides from ships will exceed la |
| sulfur coal to reduce the emissions of sulfur | dioxide and utilizes an electrostatic precipitator to |
| table sugars present in the dough into carbon | dioxide and ethanol. |
| Media", nutrient solutions (along with carbon | dioxide and light), provide the materials needed for |
| lic reaction that releases acetone and carbon | dioxide and produces a highly reactive ketene compoun |
| compose over time (spontaneously) into carbon | dioxide and water |
| s of about 60 percent nitrogen, 18-20% carbon | dioxide and some oxygen, which are not flammable. |
| be caused by water containing sulfur, carbon | dioxide and oxygen. |
| be retrofitted onto Bailly to capture sulphur | dioxide and nitrogen oxides. |
| n observed to break caffeine down into carbon | dioxide and ammonia. |
| tons of pollution each year, including sulfur | dioxide and nitrogen oxide emissions, which were alle |
| ontaining algae itself using dissolved carbon | dioxide and sunlight energy. |
| th through the interaction of methane, carbon | dioxide and ultraviolet light (sunlight). |
| stion of gasoline (a hydrocarbon) into carbon | dioxide and water. |
| e world's second-largest producer of titanium | dioxide and a leading producer of titanium chemicals. |
| rapidly and uses efficiently sunlight, carbon | dioxide and inorganic elements, for the production of |
| e range of about 450-800 °C, releasing carbon | dioxide and leaving a residue of magnesium oxide and |
| The resulting 22-page report, "Carbon | dioxide and climate: A scientific assessment", is one |
| us, in producing isobutyraldehyde from carbon | dioxide and sunlight. |
| typically consists of nitrogen, argon, carbon | dioxide and water vapour. |
| lobin) is a compound of hemoglobin and carbon | dioxide, and is one of the forms in which carbon diox |
| spliced in to allow the absorption of carbon | dioxide and the use of sunlight to power the system. |
| ction of cold, slightly moist PoCl4 by sulfur | dioxide; and heating PoCl4 in a stream of carbon mono |
| or manufacture of germane gas using germanium | dioxide and sodium borohydride. |
| red by the absorption of equal parts nitrogen | dioxide and nitric oxide upon aqueous ammonia. |
| d poisonous agent is hydrogen cyanide; carbon | dioxide and carbon monoxide have also been used. |
| trations of gases such as water vapor, carbon | dioxide, and ozone. |
| ood, in addition to detecting arterial carbon | dioxide and pH. |
| SO2Cl2 is prepared by the reaction of sulfur | dioxide and chlorine in the presence of a catalyst, s |
| its length and gradient, gases such as carbon | dioxide and carbon monoxide could easily build up, po |
| (pyruvate), is turned into ethanol and carbon | dioxide, and the energy production efficiency is low |
| ystem designed to control emissions of sulfur | dioxide and nitrogen oxides. |
| ide that was produced is oxidized to nitrogen | dioxide, and the remainder of the water is removed as |
| rom a keg using nitrogen or mixed gas (carbon | dioxide and nitrogen). |
| rine from potassium permanganate or manganese | dioxide and hydrochloric acid |
| semipermeable membranes, permeable for carbon | dioxide and retaining oxygen, can be made from this m |
| haemoglobin (which transports oxygen, carbon | dioxide, and nitric oxide), |
| ently mischaracterized as a mixture of carbon | dioxide and hydrogen sulfide. |
| le actinide oxides such as high fired uranium | dioxide and MOX fuel if it is swallowed then it will |
| Center for the Study of Carbon | Dioxide and Global Change, Center for the Study of CO |
| gases, such as water vapour, ammonia, carbon | dioxide, and pump oil vapors may be in gaseous form i |
| educed to non-toxic compounds, such as carbon | dioxide and water. |
| nutrients to reach tissues, and allows carbon | dioxide and metabolic waste to be removed. |
| t in processes that affect atmospheric carbon | dioxide and oxygen concentrations. |
| mpared with the chemical bonds holding carbon | dioxide and water together. |
| ides such as NO (nitric oxide), NO2 (nitrogen | dioxide) and N2O (nitrous oxide aka laughing gas). |
| ssible to reverse the reaction to form sulfur | dioxide and the sodium sulfite solution. |
| Joseph Black - discoverer of carbon | dioxide and of latent heat. |
| hemical reaction that describes water, sulfur | dioxide, and iodine reacting to form sulfuric acid an |
| ied the action of light on mixtures of carbon | dioxide and chlorine, and when he entered the Institu |
| gen is plentiful, butane burns to form carbon | dioxide and water vapor; when oxygen is limited, carb |
| eased a yearly total of 61,000 tons of sulfur | dioxide and 11 million tons of carbon dioxide. |
| ycle air breathed by humans, absorbing carbon | dioxide and replenishing it with oxygen through photo |
| nd oxygen, oxidizes carbon monoxide to carbon | dioxide and oxidizes unburnt hydrocarbons to carbon d |
| ferment these sugars into ethanol and carbon | dioxide and the ethanol is purified through a combina |
| lping with global warming by absorbing carbon | dioxide and providing oxygen, and energy savings due |
| small amount is actually dissolved as carbon | dioxide, and the remaining amount of carbon dioxide i |
| decomposed, on dry distillation, into carbon | dioxide and pyromellitic acid, C10H6O8; when distille |
| quality burning and the production of sulfur | dioxide, and so is regulated in commercially sold gas |
| s for extracting carbon from dissolved carbon | dioxide and for nitrogen fixation. |
| 2, is free of other contaminants like sulphur | dioxide and would be cheaper than standard fossil fue |
| it would "generate millions of tons of carbon | dioxide and carbon monoxide pollution in the Geelong |
| ents and allowing a rapid expulsion of carbon | dioxide and other waste products. |
| blood, whilst also monitoring arterial carbon | dioxide and pH. |
| lso able to identify concentrations of sulfur | dioxide and dust. |
| d over special columns that absorb the carbon | dioxide and water. |
| By using a blend of sulfur | dioxide and benzene, some improvement can be effected |
| Emissions are 1.2 million tonnes carbon | dioxide and 5 parts per million nitrogen oxide. |
| ic gasses such as Oxygen, Water Vapor, Carbon | Dioxide and Nitrogen can absorb, and be excited causi |
| igh-pressured liquid oxygen, nitrogen, carbon | dioxide and flammable gas. |
| onal calculation including atmospheric carbon | dioxide and stratospheric ozone". |
| having a value of 3.3 times the GWP of carbon | dioxide) and can serve as a functional replacement fo |
| and COPD/asthma-aggravating compound, sulfur | dioxide, and the inverse relation to the presence of |
| is oxidised in the atmosphere to form sulfur | dioxide, and this leads to the production of sulfate |
| be prepared through the reaction of selenium | dioxide and selenium tetrabromide. |
| in contact with the atmosphere absorb carbon | dioxide, and as these waters come into contact with r |
| s, where the sugars turn into alcohol, carbon | dioxide and other components. |
| rom grains, which produces alcohol and carbon | dioxide, and thereby turns wort into beer. |
| ucing a flue gas composed primarily of carbon | dioxide and water vapor; other trace pollutants depen |
| of polymeric membranes to separate the carbon | dioxide and hydrogen sulfide from the natural gas str |
| ll converts an energy source into ATP, carbon | dioxide and water via glycolysis, the Krebs cycle and |
| ed soda water while experimenting with carbon | dioxide and tasting the results. |
| omposes at 141°C, releasing oxygen and carbon | dioxide, and decomposes slowly at lower temperatures. |
| o tricalcium aluminate, calcium oxide, sulfur | dioxide and oxygen. |
| to be unstable, decomposing to BeO and carbon | dioxide, and requiring storage under CO2 . |
| in which vast quantities of dissolved carbon | dioxide and methane could explode from the lake and t |
| by the production of gases, primarily carbon | dioxide and methane. |
| cose and oxygen to release energy with carbon | dioxide and water as byproducts. |
| some existing on Earth is metabolising carbon | dioxide and hydrogen and producing methane. |
| olved the redistribution reaction of selenium | dioxide and selenium tetrachloride. |
| f olivine in the presence of water and carbon | dioxide, and is favored at moderate temperatures and |
| of carbonate (carbonate, bicarbonate, carbon | dioxide, and carbonic acid) shifts until the concentr |
| ulfuric acid on the negative terminal or lead | dioxide and sulfuric acid on the positive terminal). |
| sions from power plants-in particular, sulfur | dioxide and nitrogen oxides-as well as decrease carbo |
| sium bicarbonate, it reacts to produce carbon | dioxide and a salt. |
| s plant matter which fixed atmospheric carbon | dioxide, and part of its carbon becomes fertiliser wh |
| he sugars in the mash, producing heat, carbon | dioxide and alcohol. |
| ise enough to distinguish ammonia from carbon | dioxide anyway. |
| nn diffraction: He-Ne laser through tellurium | dioxide AOD. |
| activity toward water, alcohol foam or carbon | dioxide are preferred for fire suppression. |
| o now more than 90% of the detrimental sulfur | dioxide are filtered out from smoke. |
| Additional sugar and carbon | dioxide are also added to the mixture. |
| The fuels other than uranium | dioxide are not compromised. |
| Selenium and selenium | dioxide are reacted with bromine to form selenium mon |
| new crust is being created, helium and carbon | dioxide are some of the volatiles being outgassed fro |
| fic rocks in the presence of water and carbon | dioxide as a prograde metamorphic reaction. |
| ses less water, but it still generates carbon | dioxide as also carbon disulfide and calcium sulfide. |
| togenic metabolism involves the use of carbon | dioxide as a carbon source and hydrogen as an energy |
| azoxystrobin, potassium bicarbonate, hydrogen | dioxide as well as the biological control agent Bacil |
| mosphere or hydrosphere in the form of carbon | dioxide as a part of the carbon cycle. |
| latile RAM (NVRAM), where it replaces silicon | dioxide as the insulating layer. |
| Growing plants absorb carbon | dioxide as they grow. |
| ing fumes of phosphorus pentoxide and sulphur | dioxide as well as producing a great deal of heat. |
| ght to contribute to global changes in carbon | dioxide as more saline waters are less soluble to car |
| campaign promises in 2000 to regulate carbon | dioxide as a pollutant. |
| tively to recover hydrogen sulfide and carbon | dioxide as separate streams, so that the hydrogen sul |
| and included plots of the isotherms of carbon | dioxide at high pressures. |
| t contain less than 2.5 atmospheres of carbon | dioxide at sea level and 20 °C. |
| The Seebeck coefficient of uranium | dioxide at room temperature is about 750 µV/K, a valu |
| bisphosphate, D-ribulose combines with carbon | dioxide at the start of the photosynthetic process in |
| tures, so Venus now has a high-density carbon | dioxide atmosphere. |
| bilize global temperatures and contain carbon | dioxide atmospheric concentrations. |
| place what was lost, but the amount of carbon | dioxide available in the system - free or dissolved - |
| ss uses the whole plant to improve the carbon | dioxide balance and increase yield. |
| Carbon | dioxide barrier in polyethylene terephthalate (PET) b |
| al warming potential 675 times that of carbon | dioxide, based on a 100-year time frame [May 2010 TEA |
| Although the efficiencies of present titanium | dioxide based photocatalysts are low, the incorporati |
| plant had to cut down production of titanium | dioxide because of EC environmental regulations. |
| Titanium | dioxide, becomes highly hydrophilic under UV light. |
| CO2 (Carbon | dioxide) before, during or after power production |
| warm water is naturally saturated with carbon | dioxide, besides containing some sulpher & other skin |
| preventing the exchange of oxygen and carbon | dioxide between the blood and the body's cells. |
| When carbon | dioxide binds to hemoglobin, carbaminohemoglobin is f |
| improved Picket cascade apparatus, and carbon | dioxide, boiling ethylene in vacuum, and boiling nitr |
| For example, if a carbon | dioxide bubble forms between water and the inside sur |
| actic acid by bacteria, which generate carbon | dioxide bubbles in the cheese as it ages. |
| fermentation is the containment of the carbon | dioxide bubbles which makes the wine "sparkling" as w |
| hoses backwards (which would result in carbon | dioxide bubbling up through the drink, but no drink b |
| ven the wrong supplies for cleaning up carbon | dioxide build up of the interior. |
| ichromate can be reduced, usually with sulfur | dioxide but also with alcohols or formaldehyde, in th |
| imate products are permanganate and manganese | dioxide, but the kinetics are complex and the mechani |
| about 550 °C created small amounts of carbon | dioxide but no trace of carbon, and assumed that a ca |
| rsion of acetoacetate into acetone and carbon | dioxide by acetoacetate decarboxylase is a final irre |
| on of sugar molecules into ethanol and carbon | dioxide by yeast. |
| It is possible to scrub sulfur | dioxide by using a cold solution of sodium sulfite, t |
| to aid the concentration of dissolved carbon | dioxide by preventing diffusion away from the site of |
| hermal Reaction between Hydrogen and Nitrogen | Dioxide by P. G. Ashmore and B. P. Levitt (Nature 176 |
| RubisCO fixes carbon | dioxide by adding it to the 5-carbon sugar-phosphate, |
| conversion of sugars into alcohol and carbon | dioxide by the fermentation process. |
| Oxygen quickly converts diars to the | dioxide, C6H4(As(CH3)2O)2. |
| Carbon | dioxide can cause severe distress at concentrations o |
| Germanium | dioxide can be prepared in both crystalline and amorp |
| Bromine | dioxide can also be formed by the treatment of bromin |
| systems, which use lime to remove the sulfur | dioxide can reduce or eliminate the likelihood of aci |
| gas containing hydrogen sulfide and/or carbon | dioxide can be used, the raw gas must be treated to r |
| Titanium | dioxide can also produce electricity when in nanopart |
| Carbon | dioxide can bind to amino groups, creating carbamino |
| hosphorus and potassium, low levels of carbon | dioxide can also act as a limiting factor on plant gr |
| s a potential place for the purpose of carbon | dioxide capture and storage. |
| and enjoy fresh air, not a cocktail of carbon | dioxide, carbon monoxide and goodness knows what else |
| lso be prepared by the fluorination of carbon | dioxide, carbon monoxide or phosgene with sulfur tetr |
| a, increased levels of nitrous oxides, sulfur | dioxide, carbon dioxide, and cancer causing particula |
| The inorganic carbon species include carbon | dioxide, carbonic acid, bicarbonate anion, and carbon |
| The Beertender uses pressurized carbon | dioxide cartridge to create a greater pressure within |
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