Papers – Page 87 – TechConnect Briefs

Research of Transfer Technique of High-Quality Aluminum Thin-Film for Bio-Sensing

Chang K-M, Chen Y-M, Lai C-H., Lai H-L., Lai K-J., Lai Y-L., Zhang Y-X., Lai C-H., Lai H-L., Lai K-J., Lai Y-L., Lai C-H., Lai H-L., Lai K-J., Lai Y-L., Lai C-H., Lai H-L., Lai K-J., Lai Y-L., Lee F-C., Fan C-H., National Chiao Tung University ; Chung Hua University, TW

Since the high environmental sensitivity of the surface plasmon resonance, plasmonic metal materials have been rapidly applied in bio-sensing and related applications. The strong localized optical fields can effectively interact with bio-molecules and nanoparticles. Furthermore, [...]

Inkjet Printed Flexible Electronics on Organic Substrate for Wearable Electronics

Lee H., Ma K., Kennesaw State University, US

Printed electronics have shown tremendous growth in recent years, and the demand for faster, smaller, cheaper, and more efficient printed devices is ever increasing. Inkjet printing is a technology which has demonstrated the ability to [...]

A Novel Device for In-Vitro Electromagnetic Modulation

Eckert B., Truong H., Kim H., Izadjoo M., Trideum Biosciences and ChiScan, US

Our in-vitro experiments with cold plasma discharge have demonstrated frequency dependent modulation effects. If a large number of cold plasma discharges with different modulation frequencies can be generated at the same time, the time required [...]

Study of low Rayleigh heaters for biomedical diagnostic tools

Gosselin D., Berthier J., Delon A., Chaussy D., Belgacem N., Delapierre G., CEA, FR

Microfluidic is a very promising technology to improve biomedical devices and to provide diagnostic tools for the developing world. The World Health Organization has introduced a list of requirements that an ideal diagnostic tool for [...]

Stretchable electronic devices using novel material and structural approaches

Wang J., Lee P.S., Nanyang Technological University, SG

Stretchable electronics are a new type of mechanical deformable devices which are gaining increasing interests and believed to be one of the essential technologies for the next generation electronic applications. The excellent mechanical conformability in [...]

Alternative Nanostructures for Thermoacoustic Projectors

Perananthan S., Mayo N.K., Aliev A.E., University of Texas at Dallas, US

Thermophones are highly promising for such applications as high power sonar arrays, flexible loudspeakers, and noise cancellation devices. So far, freestanding carbon nanotube aerogel sheets provide the most attractive performance as a thermoacoustic heat source. [...]

Robust Transparent Glass-fabric Reinforced Plastic (FRP) Films for Flexible Electronics Substrate Platform

Bae B.-S., Im H-G, Jung J., KAIST, KR

To realize the flexible electronics in place of rigid electronics constructing on PCB substrates or glass substrates, robust film substrate with thermal resistance, strength and low thermal expansion should be developed. Specially, some applications of [...]

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