The effect of four parameters on extraction efficiency was investigated.
The effect of differences in cultivars and S. enterica serovars on colonization efficiency was investigated with respect to prevalence and degree of colonization.
The impact of the changed pumping efficiency was investigated with SOLPS/Eirene modeling.
The influence of flushing time, SDS concentration and flow velocity on toluene removal efficiency was investigated.
The healing efficiency was investigated at both free boundary condition and fixed boundary condition.
The molecular structure effect on the corrosion inhibition efficiency was investigated by using DFT calculations.
The hydrogenation efficiency was investigated at different current densities and temperatures.
The chloride removal efficiency was investigated by examining the chloride contents in concrete.
The significance of continuous flow capillary reactor in reaction efficiency was investigated using a series of microreactors.
The influence of applied current, initial pH and initial TC concentration on TC removal efficiency was investigated.
