Based on experimental results, a welding tool with two flash-removing cutters was developed to remove flashes during welding.
In recent decades, various efficient removal techniques have been developed to remove heavy metals, such as solvent extraction, ion exchange, biological degradation and precipitation techniques, but often are costly time-consuming (Khaydarov and Gapurova 2010).
The multi-threshold algorithm is developed to remove the cloud coverage from the land coverage.
A novel in situ membrane technology was developed to remove nitrate (NO3−) from groundwater.
A new deburring tool is developed to remove burrs on inclined exit surfaces.
To improve robustness, a multi-material scale separation model is developed to remove consistently non-resolved interface scales.
To determine the body impedance, a procedure was developed to remove the effect of the load platform itself.
A technique is developed to remove the stagnant layer which accumulates on the interface at the base of the jet.
Based on that, an improved measurement topology is developed to remove the coprime constraint which enables broader application.
In this study, a small upward filtration system was developed to remove contaminated SS from the water.
