triple bond

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tri·ple bond

a covalent bond resulting from the sharing of three pairs of electrons, for example, HCΞCH (acetylene).

tri·ple bond

(trip'ĕl bond)
A covalent bond resulting from the sharing of three pairs of electrons.

triple bond,

n a covalent bond in which three valence (outer) electrons are contributed from each participating atom, which results in a total of six electrons; represented in a chemical formula by three lines that join the participating atoms. See also covalent bond.
References in periodicals archive ?
So if theboron-boron triple bond in the XBBX systems canform, Firstly, X, as ligand, must have lone-paired electrons, which can provide electrons to unoccupied p-block orbitals of boron.
Several other studies (9-13) confirm that the carbon-carbon triple bonds are consumed with reaction progress and have monitored extent of reaction via FTIR measurements.
Some alkali metal alkyl amides as alkyne isomerization reagents: Selective isomerization of one triple bond of a diynol.
Addition of thiophenol on the triple bond occured in MeOH under nitrogen to give (E)-1-methyl-4-[2- (phenylsulfanyl)-1-ethenyl]pyridinium triflate 7 (Scheme-1) whose stereochemistry has been characterized earlier [16].
The results of Fourier transform infrared (FTIR), UV-Visible absorption spectra, X-ray photoelectron spectroscopy (XPS) and on-line MS revealed that extensive conjugation has been formed in the PPBN thin films and the polymerization of benzonitrile took place mainly through the opening of carbon-nitrogen triple bonds.
Since 1920, the Haber-Boseh industrial process has let people sunder nitrogen's triple bond as long as there's energy available to raise temperatures to 400[degrees] to 500[degrees] Celsius and pressures to 200 atmospheres.
In 2003, the recipient was the first to synthesize molecules with stable silicon-silicon triple bonds and to characterize them by means of X-ray crystallography.
Nitrogen tricks A new way of cleaving the triple bond in molecular nitrogen to make ammonia could improve a 90-year-old process for making fertilizers (165: 83*).
In its most stable configuration, nitrogen is a two-atom molecule--a pair of nitrogen atoms locked together by a triple bond.
The triple bond between a nitrogen molecule's atoms is one of the strongest chemical attractions around.