Sentence examples for classification of carbon from inspiring English sources
Open image in new window Fig. 1 Classification of carbon sources used for the denitrification process (Lim et al. 2014).
An early example is work carried out by the observatory's then director, Jason Nassau, on the classification of carbon stars and M-type stars in 1949; more recently, observations made using the Burrell Schmidt telescope led to the discovery of the galaxy Andromeda VIII in 2003.
Classification of carbon-based nanomaterials is most commonly performed according to their geometrical structure.
A correlation was found between OA and Raman D band intensity which allows quick classification of pyrolytic carbon texture.
New schemes of structural classification for carbon phases and nanostructures have been proposed, which are based on the types of chemical bonds formed and the numbers of the nearest neighbors with which each atom forms covalent bonds.
Using this new parameter, we propose a classification of different nanostructured carbons.
However, estimates of carbon stocks and classifications created using optical sensors alone usually have trouble differentiating areas with high carbon stocks [31, 32].
However, estimates of carbon stocks and classifications created using optical sensors alone usually have trouble differentiating areas with high carbon stocks [ 31, 32].
A further classification problem is presented by the superconducting compounds of carbon (sometimes doped with other atoms) in which the carbon atoms are on the surface of a cluster with a spherical or spheroidal crystallographic structure.
The the three-letter labels of the KEGG atoms, such as "C1a" meaning a methyl carbon, represent the hierarchical classification of atom environments.
