Sentence examples for small parabolic from inspiring English sources
A small parabolic trough collector model is designed and simulated for different operating conditions.
The model follows experimental findings about gradual transformation of the bump from small parabolic to a conical shape and to the bump with a jet on its tip with increasing fluence.
Mussard [6] developed a low-cost small-scale parabolic trough coupled with a thermal storage unit for higher temperature cooking.
A novel cost-effective solar furnace system is proposed to be consisted of a Non-Imaging Focusing Heliostat (NIFH) and a much smaller parabolic concentrator.
In this paper, we study the asymptotic behavior of blowup time for a small diffusive parabolic equation with exponential source.
In this study, a small scale parabolic Trough collector and a thermal storage tank along with an auxiliary heater are coupled to a Kalina cycle to study the performance of the system throughout the year, both thermodynamically and economically.
In this work, a dynamic simulation of a small sized parabolic trough collector plant is conducted, using TRNSYS software, for the purpose of generating heated air for an industrial factory.
With a second stage concentrator comprising a small aperture size parabolic mirror (diameter of 60 cm), a cost-effective high temperature solar furnace was constructed.
It is shown that the spherical reflector substantially widens the pulse of collected Cherenkov photons, while the design-induced additional widening is negligibly small for the parabolic reflector.
This result is proved by combining methods from traditionally distinct fields: the Lebeau Robbiano strategy for null controllability and estimates of the controllability cost in small time for parabolic systems, on one side, and a Remez-type inequality for Müntz spaces and a generalization of Turánʼs inequality, on the other side.
The objective of this research was to design a low cost parabolic solar dish concentrator with small-to moderate size for direct electricity generation.
