LED – TechConnect Briefs

Post-Harvest Produce Preservation Using Deep Ultraviolet LED technology

Gaska M. Shur S. Rumyantsev I., Rensselaer Polytechnic Institute, US

With the ever-increasing human population within developing countries, limited availability and access to clean water, ever present climate change call for the coming of a second green revolution. An important component of this second green [...]

Directly Coupled(r) Direct Current Microgrids

Savage P., Daudert J., Nextek Power Systems, US

Nextek is a pioneer in direct current (DC) power networks for buildings. The Nextek Direct Coupling® power distribution platform delivers superior efficiency, flexibility, and reliability to interior electrical circuits and on-site power generation. DC Systems; [...]

Deep UV Light Emitting Diode Technology for compact Point-of-Use Water Disinfection Systems

Gaska I., Gaska R., Bilenko O., Bilenko Y., Shturm I., Smetona S., Bilenko O., Bilenko Y., Shatalov M., Bettles T., Gaska I., Gaska R., Gleason Z., Sim M., Oriard T., Sensor Electronic Technology, US

We reported in previous CleanTech conferneces about successful DUV LED application in POU (Point Of Use) disinfection systems; in this presentation we report on the performance results of a compact water disinfection system (WDS) that [...]

Deep UV Light Emitting Diode Technology for compact Point-of-Use Water Disinfection Systems

Gaska I., Gaska R., Bilenko O., Bilenko Y., Shturm I., Smetona S., Bilenko O., Bilenko Y., Shatalov M., Bettles T., Gaska I., Gaska R., Gleason Z., Sim M., Oriard T., Sensor Electronic Technology, US

We reported in previous CleanTech conferneces about successful DUV LED application in POU (Point Of Use) disinfection systems; in this presentation we report on the performance results of a compact water disinfection system (WDS) that [...]

Directly Coupled(r) Direct Current Microgrids

Savage P., Daudert J., Nextek Power Systems, US

Nextek is a pioneer in direct current (DC) power networks for buildings. The Nextek Direct Coupling® power distribution platform delivers superior efficiency, flexibility, and reliability to interior electrical circuits and on-site power generation. DC Systems; [...]

New UV Technology for Point-of-Use Water Disinfection

Bilenko O., Bilenko Y., Shturm I., Bilenko O., Bilenko Y., Shatalov M., Gaska R., Sensor Electronic Technology, Inc., US

We will report on a record performance of an all-LED point-of-use water disinfection system that utilizes our deep UV LED lamps with peak emission wavelengths in the range from 270 nm to 280 nm. Results [...]

New UV Technology for Point-of-Use Water Disinfection

Bilenko O., Bilenko Y., Shturm I., Bilenko O., Bilenko Y., Shatalov M., Gaska R., Sensor Electronic Technology, Inc., US

We will report on a record performance of an all-LED point-of-use water disinfection system that utilizes our deep UV LED lamps with peak emission wavelengths in the range from 270 nm to 280 nm. Results [...]

Atomistic Simulations of Electronic Structure in Realistically-Sized Wurtzite InN/GaN Quantum Dots

Yalavarthi K., Gaddipati V., Ahmed S., Southern Illinois University at Carbondale, US

In this work, within a fully atomistic framework, we investigate the electronic structure of wurtzite InN quantum dots self-assembled on GaN substrates. The main objectives are two-fold: (1) to explore the origin, nature and the [...]

Synthesis of thermal interface material with high thermal conductivity for high efficacy of LED

Han C.J., Han J.-I., Yu S.H., Hong S-J, Kim Y-S, Han C.J., Han J.-I., Korean Electronics Technology Institute, KR

Thermal dissipation problem for LED is critical for high efficacy and reliability. Inorganic filled grease type thermal interface material (TIM) has widespread use for heat management of LED. Conventional TIM materials, however, has relative low [...]

Synthesis of thermal interface material with high thermal conductivity for high efficacy of LED

Han C.J., Han J.-I., Yu S.H., Hong S-J, Kim Y-S, Han C.J., Han J.-I., Korean Electronics Technology Institute, KR

Thermal dissipation problem for LED is critical for high efficacy and reliability. Inorganic filled grease type thermal interface material (TIM) has widespread use for heat management of LED. Conventional TIM materials, however, has relative low [...]