Sentence examples for multiple carbon atoms from inspiring English sources

Glucose moieties with acylations at multiple carbon atoms of the sugar ring are observed (Table 2).

We perform very long-time-scale, temperature accelerated molecular dynamics simulations of these topological defects and observe that they are able to flip polarity through concerted motion of multiple carbon atoms without breaking any covalent bonds; the simulations reveal the polarity flipping transition pathway.

In donor-acceptor bonds, the metal atom is connected to hydrocarbons with multiple bonds between carbon atoms.

The formation of multiple linkages between carbon atoms (double bonds) in the fats synthesized from acetate is accomplished (probably in the liver) by addition or removal of hydrogen atoms through the action of enzymes.

However, for the largest structure (48 carbon atoms) multiple broad peaks appear in case of parallel polarization and in this case electron energy loss spectra (EELS) peak (in the energy range 0 5 eV) is sharp in nature (compared to high energy peak).

Saturated carbon centres are carbon atoms at which no multiple bonds occur, and nucleophilic substitutions those brought about by nucleus-seeking reagents can occur at such carbon atoms by either of two main mechanisms: bimolecular and unimolecular.

Most adjacent atoms are non-hydrogens, e.g. carbon atoms, that can have multiple adjacent hydrogens.

OXZ produced multiple peaks because it has 3 chiral carbon atoms in its molecule.

Fluorocarbon polymer, also called fluoropolymer or fluorinated polymer, any of a number of organic polymers whose large, multiple-unit molecules consist of a chain of carbon atoms to which fluorine atoms are appended.

Moreover, it has an affinity for bonding with other small atoms, including other carbon atoms, and is capable of forming multiple stable covalent bonds with such atoms.

Reductions in protein prenylation (the addition of an isoprene chain such as farnesol, 15 carbon atoms, or geranylgeraniol, 20 carbon atoms) have diverse, multiple effects on atherosclerotic processes including vasodilation, oxidative stress, inflammation and thrombosis.