Sentence examples for processes can realize from inspiring English sources

Computer science is the study of step by step processes and of specifications of the outcomes that such processes can realize.

Furthermore, the overall density of suspended nanowire array could be enhanced by modulating the geometry of the nanowire structures from straight nanowire arrays aligned in parallel to nanomeshes that neither conventional bottom-up nor top-down nanofabrication processes can realize easily.

The treatment process can realize the harmless disposal and effective utilization of water-based drilling wastes.

Application of the LSTDC-DHP algorithm to ethanol fermentation process can realize efficient online learning control in continuous spaces.

Experimental results indicate that the process can realize ultra-precision finishing of plane by using oily grinding fluid.

As a variant of simulated moving bed chromatography, Varicol process can realize flexible adsorbent allocation through asynchronous shifting of inlet and outlet ports.

Widespread reports of human rights abuses and violence in the Marange diamond fields of eastern Zimbabwe have provided a critical test of whether the Kimberly Process can realize its aspirations of preventing illicit profits from fueling conflicts and abuse.

The experimental results confirm that the CFJP process can realize a high material removal rate and smooth surface with low energy consumption in the low-pressure environment, together with compatible surface roughness to FJP.

Additionally, compared to other methods, such as spin casting, blade coating, and gravure printing, the spray-coating process can realize a continuous film without damaging the bottom layer of the device: just simply control the solvent content, droplet size, and solidification dynamics.

Consider the contribution of the spontaneous seismicity rate at the occurrence of the i th event, (8 If we keep the ith event with probability f i for all the events in the process, we can realize a process with the occurrence rate of µ x, y) (see Ogata (1981), or Zhuang (2006), for justification).

In our conversion, we make use of the universal quantifier to relate functions to the processes that can realize them.