Sentence examples for properties of carriers from inspiring English sources

The properties of carriers made of acrylonitrile (AN) or butyl acrylate (BA) and crosslinked by trimethylolpropane trimethacrylate monomer (TMPMA) or trimethylolpropane triacrylate monomer (TMPA) are discussed.

The interest in the spin properties of carriers in semiconductors has increased dramatically in the past 10 years due to potential application in the field of spintronics [1, 2].

In conclusion, this work proved that using binary combinations of solvents in crystallisation medium is vital in modification of the physicochemical and micromeritic properties of carriers to achieve a desirable aerosolisation performance from DPI formulations.

The antibiotic loading of INH is highly feasible (∼30%50%% w/w) and slow release kinetics could be designed by modulating physiochemical properties of carriers such as polymer molecular weight.

Various kinds of in vitro and in vivo experiments were carried out to indicate the considered properties of carrier.

Properties of carrier-induced ferromagnetism in modulation-doped quantum wells of p-type (Cd,Mn Te are studied by photoluminescence and reflectivity in magnetic field.

In this paper we show the possibilities of the electric modulus formalism to study the properties of carrier transport and space charge relaxation processes in polymethyl methacrylate.

In a series of recent papers, we have demonstrated how such properties can be taken into account and how data can be presented so that the properties of carrier emission from QD structures can be understood [2 6].

One of the key parameters describing the properties of carrier spin transport in semiconductors is the spin diffusion coefficient D s, which is often assumed to be the same as charge diffusion coefficient D c[8].

Their model was used to evaluate the performance of large scale fuel reactor including the effect of variation in different inputs, operation strategies such as locations of feeding point for oxygen carriers and fuels, physical properties of oxygen carriers and fuel, and operating condition such as fluidization velocity and pressure drop.

Even though ultrafast carrier relaxation in graphene has been studied vigorously, transport properties of photoexcited carriers in graphene are largely unknown.