Next-generation Analytical Instruments Equipped with Superconducting Electronics

Fluid Dispensing Processes for Next Generation Electronics

With the advances and improvements in technology of the electronics industry, the scale of components used has consistently grown smaller. This has allowed for more efficient use of resources (a silicon chip that once held hundreds of transistors now holds millions) and more convenient and consumer friendly products (palm sized computers compared to warehouse sized computers forty years ago). H...

Low Dimensional Materials for Next Generation Electronics

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Analytical assessment of reinforced concrete frames equipped with TADAS dampers

In recent years, it is considerably attempted to develop the concept of energy dissipation as an applicable technology to overcome the energy released by earthquakes. The passive control systems such as metallic dampers have been widely considered. The dampers are basically used to mitigate the structural responses and reduce the damages in main structural elements by energy dissipation. ...

Liquid Crystal Polymer : Enabling next - Generation Conformal and Multilayer Electronics

packed into a rocket payload, launched into space, and unrolled for a less costly deployment method since size and weight are minimized. A similar rolling and unrolling technique could be used by the military to quickly and covertly deploy an antenna array on the battlefield. The versatility of using LCP along with some of the advantages, limitations and challenges are discussed in this article...

Next Generation Smart Grids: Power Electronics based Power Systems