Sentence examples for milling could be from inspiring English sources

He said wood not suitable for milling could be reduced to wood chips for purposes that would include its use as fuel for electric generators.

The face milling could be applied for generating cylindrical surfaces in ingot peeling or heavy-shaft rough out.

Cryogenic milling could be successfully applied to pulverize coarse alginate particles without changing the quality through degradation or segregation.

On the basis of the developed models and selected size of particles, the energy consumption and the time of milling could be predicted.

Further, we will show how the water-vapor enhanced milling could be advantageous in this case and what the limits of FIB milling in relation to the geometry one would like to achieve are.

Due to the superior electrochemical performance, the Fe2O3-G composites prepared via ball milling could be promising as anode materials with high capacity, low-cost for lithium-ion batteries.

The future of this strategy is not clear, though CSN's American mills could be a route for Corus to increase its tiny market share there.

So steel mills could be running down their iron-ore stocks because they see demand falling and because they suspect that ore prices will fall later this year.

Here in Naturita and the cluster of tiny communities in and around the Paradox Valley, where the mill could be built (cumulative population about 2,000), people disagree not just about the wisdom of the mill, but about whether uranium, laid down here in tufts of volcanic ash more than 100 million years ago, was a blessing or a curse.

By introducing two dimensionless parameters, which express the energy transfer efficiency from the kinetic energy of media to the particles and the motion of media in the mill, respectively, the media mills could be characterized on a uniform scale based on the applied energy regardless of milling mechanism.

Drying sludge to solid contents sustainable for fossil fuel replacement at pulp and paper mills could be performed with secondary heat at a temperature of 70 °C, a pilot-scale feeding capacity of 170 kg h−1 and a corresponding energy consumption of 1.0 kWh kg−1 H2O.