Sentence examples for compensating the negative from inspiring English sources
Secondly, they provide a considerable high carrier mobility, compensating the negative effect of the reduced hole concentration on the electrical conductivity.
Thirdly, a balanced transformer is most effective and economic in compensating the negative sequence.
However, the equilibrium increase in wages may fall short of compensating the negative welfare effect of the increase in the price of the agricultural good.
QoS provision is achieved first through securely estimating the QoS parameters using the trusted 3TCACs services and second through compensating the negative impact of handover and a set of attacks on the previously agreed QoS level.
The N-terminus of this helix is one of the most conserved regions in the FrhB family, and its role in compensating the negative charge of the phosphates is a common motif in FAD-binding proteins (Dym and Eisenberg, 2001).
Simulation results show that the electromagnetic hybrid compensation theory can effectively compensate the negative sequence current generated by high speed railway, and the complete and optimization compensation control strategy can limit the unbalance current of traction power supply system to the allowed range.
Compositions in the (1−x Mg(Zr0.05Ti0.95)O3–xsystem system were designed to compensate the negative temperature coefficient of the resonant frequency of Mg(Zr0.05Ti0.95 O3.
Alkaline- and alkaline earth-metal cations in the reactant solution compensate the negative effect of Cl− to a certain extent depending on the metal cation employed.
To explain the greater retention of potassium compared to sodium, it is postulated that potassium, unlike sodium, may enter the interlayer of C-S-H to compensate the negative charges in the interlayer, in addition to the external surfaces.
The results revealed that a stable nitritation in a biofilm reactor could be achieved via ratio control, which compensated the negative influence of low temperatures by stronger oxygen-limiting conditions.
Simulation results show that the energy chirp at the dogleg entrance should be smaller than the nominal optic design value, in order to compensate the negative energy chirp increase caused by longitudinal SC, while CSR can be ignored in our case.
