Sentence examples for monoxide producing from inspiring English sources
High amounts of exogenous free radicals contained in smoke can react to endogenous nitrogen monoxide, producing the harmful peroxy nitrite and decreasing the protective effect of nitrogen monoxide.
Carbon monoxide produces its lethal effects by binding to hemoglobin and preventing oxygen transport.
Reduction of the metal oxides occurs when they contact carbon monoxide produced by the natural-gas injection.
Chemical contaminants are also potential contributors to SBS; these include volatile organic compounds emitted by carpeting, upholstery, cleaning agents, and other sources and combustion products including particulate matter and carbon monoxide produced from heating devices such as fireplaces and stoves.
In this case, the ethanol is used simply as an oxygenate (ie, an oxygen-rich additive) to reduce the carbon monoxide produced during combustion and to raise the octane rating of the fuel enough to protect the engine from "knocking" under load a condition caused by the air-fuel mixture in the cylinders exploding prematurely instead of burning smoothly.
For a solar input of 4.2 kW, the reactor achieves nearly isothermal cycling at 1791 K with carbon monoxide produced continuously at 3.6×10−4 mol s−1.
The water gas shift reaction converts carbon monoxide (produced in the primary conversion stage of the fuel processor) and water to carbon dioxide and hydrogen.
The main reactions in this zone were shown to be the oxidation of hydrogen and carbon monoxide produced within the inner zone.
The hydrogen and carbon monoxide produced by the reaction between the carbon and steam were burned above the bed by injection of air through the same ports to maintain the temperature with additional heat and steam derived from combustion of pyrolysis vapors.
However, the carbon dioxide and carbon monoxide produced by siderite decomposition could be misinterpreted as evidence of the combustion of organic matter, so interpretation of siderite-containing samples is extremely challenging.
In this paper, we demonstrate that carbon nanotube (CNT) surfaces are also capable of hydro-deoxygenating carbon monoxide and producing long chain hydrocarbons similar to those obtained through the FTS but with orders of magnitude higher activity than the present state-of-the-art FTS catalysts.
