For applications requiring large-area patterning beyond the standard wafer scale, such as transparent electrodes, and flexible touch panels, roller template stripping may be combined with roll-to-roll processing schemes to mass-produce continuous patterned metal foils or polymer films embedded with high-quality patterned metals.
Here, we illustrate a new strategy for achieving high quality patterns in selective film deposition on patterned Cu/Si substrates.
This method is the breakthrough for simultaneously large scale tape casting and high quality patterning of thin ceramic tapes.
Sophisticated optical set-up that is capable of obtaining high-quality fringe patterns in the course of two-side measurements is developed and implemented.
An oscillation system was equipped for the first time in a large volume press, making it possible to obtain high-quality diffraction patterns even when the number of sample grains is limited.
As a result, the method would not only provide a high-quality ECM pattern but also a breakthrough technique to fabricate multi-cellular-patterned cell sheets for the next generation of regenerative medicine and tissue engineering.
In order to obtain high-quality printed pattern and printhead reliability, restricting the size of particles dispersed in the ink is the key.
Experimental results show that the proposed method can reconstruct high-quality Bayer patterned HDR images while being robust against ghost artifacts and noise factors.
Optimized EBL, FIB, and CL processes were used to fabricate high-quality masks patterned with nanoholes, which served as nucleation sites for the selective area growth of GaN NCs.
In order to get high-quality binary dithered patterns, we propose a dithering optimization techniques by combining global similarity and local structure similarity.
