The pre-processing process has three steps as follows.
However, due to yield limitations of available catalysts and high separation costs for conventional gas processing, the OCM process has not been applied yet in the industry.
Without mastering the art of optimising, controlling and predicting the process, there is no hope of developing this powerful process into a main-stream industrial scale materials processing process as has happened for metallurgical processes, such as melting, casting, or heat treatment.
There are a large number of processing methods available and each process has specific attributes.
Among others, estimation and detection are areas of signal processing where this kind of process has provided efficient solutions (see, e.g., [1, 2]).
However, the method is difficult to apply to large studies as most techniques used in measuring knee cartilage volumes require substantial post-image processing [ 12] and the process has not yet been automated.
Silicon, on the other hand, "is much easier to process, has a big processing infrastructure behind it," Yang says.
The process has its advantages in processing speed and quality.
The remapping process has one of the heaviest workloads in post-processing.
The process has been optimized to synthesize good quality hydrophobic coating by varying the processing time.
The main hypothesis is that such process having highly controllable processing intensity and time may be effective for coating particularly fine particles, 100 μm and smaller via exploiting particle interactions between polymers and substrates in the dry state, while avoiding breakage yet achieving conformal coating.
