نتایج جستجو برای: active oxidizing species

تعداد نتایج: 971280  

2010
Franco Tassi Giordano Montegrossi Francesco Capecchiacci Orlando Vaselli

The composition of non-methane organic volatile compounds (VOCs) determined in 139 thermal gas discharges from 18 different geothermal and volcanic systems in Italy and Latin America, consists of C(2)-C(20) species pertaining to the alkanes, alkenes, aromatics and O-, S- and N-bearing classes of compounds. Thiophenes and mono-aromatics, especially the methylated species, are strongly enriched i...

Journal: :Journal of the Ceramic Society of Japan 2022

A porous-TiO2 layer was formed using a non-equilibrium planar plasma under atmospheric pressure. With plasma, which decayed rapidly on the electrode in air, small amount of supplied to titanium–peroxo complex precursor pre-coated substrate during film formation. However, by applying magnetic field spatial distribution expanded reach bulk layer, and oxidation process accelerated nitrogen oxygen ...

2017
Ryan P. Bartelme Sandra L. McLellan Ryan J. Newton

Recirculating aquaculture systems (RAS) are unique engineered ecosystems that minimize environmental perturbation by reducing nutrient pollution discharge. RAS typically employ a biofilter to control ammonia levels produced as a byproduct of fish protein catabolism. Nitrosomonas (ammonia-oxidizing), Nitrospira, and Nitrobacter (nitrite-oxidizing) species are thought to be the primary nitrifiers...

Journal: :The Biochemical journal 1984
S J Fuller P J Randle

The total activity of pyruvate dehydrogenase (PDH) complex in rat hind-limb muscle mitochondria was 76.4 units/g of mitochondrial protein. The proportion of complex in the active form was 34% (as isolated), 8-14% (incubation with respiratory substrates) and greater than 98% (incubation without respiratory substrates). Complex was also inactivated by ATP in the presence of oligomycin B and carbo...

2012
Anuliina Putkinen Tuula Larmola Tero Tuomivirta Henri M. P. Siljanen Levente Bodrossy Eeva-Stiina Tuittila Hannu Fritze

It is known that Sphagnum associated methanotrophy (SAM) changes in relation to the peatland water table (WT) level. After drought, rising WT is able to reactivate SAM. We aimed to reveal whether this reactivation is due to activation of indigenous methane (CH(4)) oxidizing bacteria (MOB) already present in the mosses or to MOB present in water. This was tested through two approaches: in a tran...

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