Sentence examples for classical reactions from inspiring English sources
Current efforts are now directed toward exploring further classical reactions such as Glaser coupling or diacetylene polymerization for on-surface synthesis on bulk insulator substrates.
This paper aims at pinpointing this thread in a number of classical reactions to basic questions related to the search for extra-terrestrial intelligence.
In this paper a sequence of classical reactions is adopted for the first time as the operating strategy, constructively adapted to obtain a new product range of nonionic soaps based on alkaline and/or ethanolammonium β-nonylphenolpolyethyleneoxy (n = 3-20) propionates.
One of the classical reactions of a primary phosphane is the hydrophosphination reaction across a double bond.
The approaches based on classical reactions such as amide bond formation, crosslinking amines through homobifunctional linkers, thioester bond formation by the maleimide-thiol addition reaction, disulfide bridge, and hydrazone bond formation are summarized first.
This rearrangement starkly contrasts with classical reactions of similar prochiral substrates in the presence of late-transition-metal catalysts, as it does not lead to the otherwise typical cyclopentene isomers, but converts the 1,6-dienes into [2.2.1]-cycloheptane derivatives, thereby creating at least three stereogenic centers with complete diastereocontrol.
A classical reaction kinetics approach integrated with image processing technique was used to analyse the coloured product formation from the enzyme substrate reaction against time.
In a classical reaction to disruptive innovation, the largest smartphone manufacturers were at first not motivated to seriously challenge Xiaomi, since they could not be profitable at the price these customers are able to pay.
Mass transport phenomena in cell culture can be formulated by using classical reaction-diffusion equations; however, in practice, it is difficult to solve these equations analytically.
In the limit of no convection (Ra → O) the classical reaction (or combustion) problem governed by the partial differential equation Δθ + εe(θ/1+μθ) = 0 is recovered.
In addition, the transition of kinetics from the classical reaction-controlled to diffusion-controlled regime was predicted and examined via simulation.
