Sentence examples for development of reaction from inspiring English sources
In order to develop gas turbine combustors for the fuels, development of reaction mechanisms that accurately model the burning velocity and emissions from the flames is important.
Sufficient models were obtained for the future development of reaction coupling conceptual reactor.
The results were compared to simulations and serve as validation data for the development of reaction mechanisms for these atypical reaction conditions.
To this end, reliable experimental data are needed including quantitative speciation to assist further development of reaction mechanisms and their reduction for practical applications.
The value of the decomposed substance fraction, αm, at the moment of maximum development of reaction (with T = Tm) being determined from the relation (3) [34]: 1 − α m = n 1 / 1 − n (3).
The value of the decomposed substance fraction, αm, at the moment of maximum development of reaction (with T = Tm) being determined from the relation (3): left( { 1- alpha_{text{m}} } right) = {text{n}}^{{ 1/ 1- {text{n}}}} (3).
After a certain time lag, the scattering peak appeared and its intensity increased with cure time, suggesting the development of reaction-induced spinodal decomposition.
This chapter introduces the development of reaction-induced phase separation in benzoxazine blends with thermoplastics or high performance engineering plastics (such as poly (ethylene oxide), polycaprolactone, polysulfone or polyimide) or thermosets (such as bismaleimide, epoxy, or cyanate ester).
Detailed analysis showed that designing a media with a multilevel architecture and suitable for performing evolutionary computations can be a promising way for further development of reaction-diffusion based devices.
British work on silicon nitride, started in 1953, was aimed at high-temperature parts of gas turbines and resulted in the development of reaction-bonded silicon nitride and hot-pressed silicon nitride.
We believe that this study will not only provide a convenient tool for redox biology studies but also guide future development of reaction-based fluorescent probes for quantitative imaging in live cells.
