Sentence examples for soot material from inspiring English sources

The soot material may consist of MWCNT or FWCNT depending on the pressure applied and gas flow.

This evaporated the target material to produce smaller carbon fragments which were then drawn through the graphite pipe and deposited onto the tube as nanotube soot material.

The electrochemical performance observed for carbon soot material is very interesting given the fact that its production cost is away cheaper than activated carbon.

On the other hand, textural analyses have revealed that the structure of the raw soot material is non-porous in nature, as subsequent extractions in DCM and toluene do not seem to create any porosity within the samples.

We find considerable differences in behavior of the soot material between static and dynamic pressure conditions that can be explained by multiscale correlations in the dynamics, from the micro to macro of the porous fractal-like carbon matrix.

We experimentally observe that both the anode erosion rate and the Brunauer Emmett Teller (BET) surface area of the as-produced nanotube soot material are very sensitive to the total gas pressure in the reactor.

In the first part, the obtained results are discussed in order to show the influence of an oxidation catalyst on some properties of the raw soot materials, such as their soluble organic fraction (SOF) content and composition, their surface chemistry and textural characteristics.

Examination of the temporal evolution of the combined fluorescence plus incandescence signal along the axial streamline reveals the transformation of soot precursor material into solid carbonaceous soot.

Corresponding dark field TEM images track the increasing crystallinity of the soot precursor material as carbonization proceeds with increasing integrated temperature-time history within the flame.

The effect of fuel-side ethanol addition on the chemical structure of the soot extractable material generated in an ethylene inverse diffusion flame was evaluated by means of average structural parameters.

The trend in the data indicates that the soot precursor material and soot particles generated in the benzene IDF have a higher degree of complexity than the samples obtained in the ethylene IDF, which is reflected by an increase in the aromaticity of the chloroform extracts observed by 1H NMR and FT-IR, and shape and size of soot particles obtained by TEM and HR-TEM.