It has some advantages such as lower process time and lower manufacturing cost when compared to conventional machining.
To obtain the same ethanol yield, lower process severity was required in the biotreated samples in comparison with the control.
SOI FinFETs have much lower process-induced variability thanks to the better fin definition in SOI technology.
CGP with a lower groove angle induces more effective passes but a lower process rate, while it enhances the shear intensity with a smaller groove width.
However, the advantages include a continuous bond, lower process temperatures, and the ability to join several components together in a single operation [2].
As processes utilizing biomass are designed for lower process temperatures, literature data for biomass pyrolysis are scarce in the temperature range between 1023 and 1273 K.
Further research is needed to enable the use of lower process temperatures in the continuous atomic layer deposition process, which would improve the feasibility of the new method.
The imprint-based approach could lower process cycles, equipment cost, and etching gas use, whereas it induced a higher residual stress and more delamination defects.
From an environmental point of view, fast pyrolysis of the biomass is promising because its lower process temperature prevents metal volatilization.
