Sentence examples for radical zone from inspiring English sources

With improving prospects, has come an array of trendy bars, restaurants and cafes, from the Finnieston ground-zero, to the Glad Cafe in the southside area of Shawlands, and the radical zone of redevelopment down by the Barras in the east.

Propagation rates and extinction conditions were highly asymmetric with respect to Zst= 0.5 despite the symmetry of flame location; mixtures with Zst greater/less than 0.5 behaved like stronger/weaker mixtures, apparently due to the relative locations of the radical production zone and maximum temperature zone for varying Zst.

In the normal fuel/air flame the radical production zone is located on the oxidizer side of peak temperature in a location where the temperature is over 100 °C cooler.

The assumption of unity Lewis number for all species leads to the suppression of H radical diffusion from the reaction zone to the preheat zone and significant diffusion of CO2 from the postflame zone to the reaction zone.

A noted stress-reduction expert gave denizens of a notable high-achievement zone a radical tip: Try breathing, Fred Luskin, PhD, told his audience at the Clark Center Auditorium on Stanford's campus.

This paper argues for a more radical approach which would zone land according to its overall vulnerability and resilience to anthropogenic and climatic influence in order to sustainably support the ecosystem services it can deliver.

To prove the behavior of OH radical in the combustion zone and to clarify the relationship between OH radical production and NOx emission, the characteristics of methane-air counterflow flames with steam addition have been simulated numerically by applying GRI-Mech detailed chemical kinetics.

"Clearly the definitive abandonment of dependence on trees... has to count as one of the most radical shifts in adaptive zone ever made by any vertebrate since the very first tetrapod heaved itself out of water and on to terra firma," he said.

The suppression of the preferential diffusion of H radicals from the reaction zone to the preheat zone drastically reduces the degree of superadiabaticity in rich CH4/O2 flames.

Diffusion theory assumes that thermodynamic equilibrium sets in behind the flame front at a maximum temperature and that radicals produced in this zone diffuse into the unburned mixture and ignite it.

The simultaneous technique is an approach for establishing the 2-D velocity field in conjunction with the flame front location indicated by laser-induced fluorescence from CH radicals within the reaction zone.