Titlebook: Denitrification in Soil and Sediment; Niels Peter Revsbech,Jan Sørensen Book 1990 Springer Science+Business Media New York 1990 biochemist

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Classification of Software System Typesermediate antecedent to N.. Ample evidence for its role comes from physiological, biochemical, and genetic work as well as from isotope studies. Involvement of N.O in denitrification is now documented to such an extent, that the existence of a copper and/or iron-containing metalloflavoprotein (EC 1.

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Process Communication and Synchronisationial NO. reduction. In fact, the rapid, dissimilatory reduction to NH. by fermentative bacteria was documented many years ago (see, for example, Woods, 1938). As the limited literature on NO. dissimilation to NH. published before 1988 has recently been reviewed extensively (Cole, 1988; 1989), this ar

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Paradigms for Distributed Fault Toleranceilable technology (e.g. sensitive oxygen — analyzing equipment, chemostats, mass spectrometers) has improved, it has been possible to establish that a number of strains do indeed denitrify while simultaneously respiring oxygen. This is, of course, not true of all denitrifiers. . appears to be the mo

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Use of Context in Video Processingis (1) a natural source of stratospheric NO, which is an important element in the ozone chemistry in the stratosphere (Crutzen, 1970; McElroy and McConnel, 1971; Johnston, 1972; Cicerone 1987), and (2) a greenhouse gas, like CO. and CH., contributing to the increase of average surface temperature of

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Distributed Video Sensor Networksoils, and since the 1970s there has also been concern about the effects of gaseous N-compounds produced from NH. and NO. by micro- organisms. The rate of degradation of the Earth’s protective ozone screen is enhanced by N.O (Crutzen, 1983), and N.O also has a significant effect on the Earth’s therma

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Distributed Video Sensor Networks, 1954). At that time, thirty years ago, .N or the use of artificial atmospheres were the only tools available to scientists interested in understanding the workings of denitrification in soil systems. Because of the expense of .N, limited access to mass spectrometer facilities, and the analytical d