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The mono atomic carbon can be oxidized easy at low temperature, while the filamentous carbon is more stable and can be oxidized at higher temperatures [34].
A diamond's surface can only be oxidized at higher temperatures.
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In addition, some interfering species which are stable under relatively low potential would be oxidized at high potential [33].
This species can be oxidized at high potentials resulting in adsorbed NO and nitrate (probably with nitrite as intermediate).
[CuII bdmpza)2] can be oxidized at high potentials to form CuO, which was observed by a slight increase in catalytic current over time.
The reason of SBR+CMC not can be used in cathode electrode was the unsaturated bond of SBR will be oxidized at high potential, besides the flexibility of the as prepared electrode was also different.
The thermal deep drawing process with vacuum environment was put forward to solve the problems in the forming of the high strength and difficult-to-deformation sheet metals such as difficult to form under normal temperature and easily to be oxidized at high temperatures.
The peak at 710 °C could be due to the dehydrogenation of the carbon formed further away from the active metal site which is oxidized at high temperatures.
Animal by-products (ABPs) from categories 1 and 3 (gall, head, tail, spinal cord, offal, ileum and blood) were oxidized at high pressure and moderate temperature (P = 12.5 20 MPa, T = 200 320 °C).
In this investigation, three ZrC single crystals have been oxidized at high temperature and in Ar/O2 mixtures at O2 composition, respectively, (105.5±0.3) ppm for ZrC-A, (119±2) ppm for ZrC-B and (130.7±0.5) ppm for ZrC-C.
When thin sections of FeCrAlY alloys having initially flat surfaces are oxidized at high temperature, the surface becomes uneven as some metal grains on the surface displace above and below the macroscopic surface.
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