Sentence examples for by exploiting the temperature from inspiring English sources
O.T.E.C. generates electricity by exploiting the temperature differential between warm surface water and the cold ocean depths.
The Cayman Islands has announced plans for the world's first commercial-scale oceanic thermal electricity-conversion plant to be built a mile offshore, generating power by exploiting the temperature gap between warm surface water and the cooler depths.Too many projects get stuck on the drawing-board, however.
An additional advantage of MRI over other imaging techniques is the possibility for MR-based temperature mapping by exploiting the temperature dependence of the water proton resonance frequency [ 26].
The simplest would appear to be to use the rab7- gal4 knock-in heterozygotes and homozygotes to express the different CMT2B variants at levels approaching 50% of the endogenous protein: e.g., by exploiting the temperature sensitivity of the Gal4/UAS system, and testing if the resulting flies (which most closely model CMT2B patients) show neurodegeneration, particularly in older flies.
By exploiting the substrate temperature gradient when growth is carried out without a backside diffuser plate, we were able to make a partial deoxidization.
The block architecture and chemical composition of the pentablock copolymers were engineered to exhibit both temperature and pH responsive self-assembly by exploiting the lower critical solution temperature of the poly ethylene oxide)/poly(propylene oxide) blocks and the polycationic property of the poly amine methacrylate) blocks, respectively.
By exploiting the change in sign of the temperature coefficient of resistivity of the heavily doped silicon, the temperature of the system is stably maintained at the intrinsic point.
The proposed controller solves dynamic tracking of the reactor exit conversion and stabilization of the reactor temperature by exploiting the passivity properties of the process.
This morphology is accomplished by exploiting the significant difference in the crystallization temperatures of PLLA vs its stereocomplex with the poly (d-lactic acid) (PDLA) isomer.
We sought to corroborate this notion by exploiting the observation that the ot108 allele is strongly temperature sensitive.
Remarkably the presented method offer an original tool to monitor nanoscale temperature variation in a biocompatible environment by exploiting the DNA melting process.
