This method is the breakthrough for simultaneously large scale tape casting and high quality patterning of thin ceramic tapes.
However, if the fringe stripes are wide, it is difficult to achieve high-quality patterns.
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.
Interestingly, high quality XRD patterns could be obtained by the μ-XRD approach, which allowed distinguishing between the diffraction patterns of zeolite Y, clay and boehmite.
Complete high quality XRD patterns could be obtained in as little as 3 min.
Indeed, the application traffic is modeled using 1-D hybrid cellular automata which can effectively generate high quality pseudorandom patterns.
ADXRD is a well-established technique for producing high quality diffraction patterns using a synchrotron X-ray source in combination with a high resolution area-detector (Harding and Schreiber 1999; Bohndiek 2008).
It demonstrates that the proposed method can achieve high quality fringe patterns when the projector is at different amounts of defocusing and the proposed method outperforms the phase-based method and the intensity-based method.
Optimised conditions result in high quality ECM patterns at the micron scale, even on glass substrates, that are suitable for controlling cell spreading and polarisation.
The key parameters controlling the formation of high quality ECM patterns are then studied via immuno-fluorescence labelling and atomic force microscopy (AFM), both on ultra-thin (2 15 nm) gold deposited on glass and on uncoated glass substrates.
Dithering techniques have been extensively used to produce high quality fringe pattern that can approximate the ideal sinusoidal patterns more closely after defocusing [11, 12].
