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A novel process for self-assembly of metal-porphyrins on oxide dielectrics is developed and utilized for continuous work function tuning. Simply by changing the central metal atom present at the core of porphyrin helps change the dipole moment at the metal-dielectric interface leading to change in work function. Further the development of vapor phase process makes the process of the self-assembly...
This paper proposes an electric field microsensor with metal-silicon structure. For the first time, metal materials are used as a mask layer in the fabrication process as well as a structure layer and bonding pads of this electric field microsensor. With less masks used, this fabrication process is simpler than the common process. Moreover, the metal materials can protect the top edge of the structure...
FET devices are extensively used for sensors, including gas sensors and biosensors. In contrast to traditional resistive devices, FET has transconductance gain, which can significantly improve the S/N ratio. Recently, more applications in biosensors combine microfluidic channels and FET system. In FET-based biosensors, the wafer manufacturing process always requires a lot of cost, and it is used for...
Special chip designed and fabrication micro-device array LED in panel systems. It is transferred signals onto micro-LED slides. Addressed device structure chosen LED die, which is the principle of the use of bonding technology to LED fabric placed on a CMOS/MEMS substrate, followed by micro-LED array of each style. Special chip design signals generation way is in a short time. It is a great thrust...
Mechanical memory devices are needed for harsh environments where electronic components fail to operate. An integrated electro-thermal technique for local magnetic annealing, which enables post-production programming capabilities for mechanical micro-resonators is presented. It is verified by a prototype with ferromagnetic resonating elements suspended on top of a polysilicon resistive heater. The...
Electrostatics especially electrostatic force (ESF) plays vital role in a variety of fields, concerning applications in colloid, plasma, and micro/nano device driving. The behaviors of ESF under different conditions were studied both by simulation and experiment in this paper. Voltages or charges were set to spheres of several materials, in order to explore how ESF was influenced by the electric condition...
This paper reports a combinational near infrared (NIR) and intense pulse light (IPL) sintering method for enhancing the surface morphology of metal mesh printed in organic light emitting diodes (OLEDs). This roll-to-roll process-supportive NIR and IPL sintering improved the as-printed surface roughness by 60.5%, implying improved OLED stability and reliability. In addition to surface roughness, structural...
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