Websites using nanotechnology devices as a keyword

사단법인 마이크로나노시스템학회(The Society of Micro and Nano Systems)는 MEMS 또는 나노 시스템 관련분야의 제반 학술연구 및 학술과 기술의 발전, 보급에 기여하며, 국내외 관련 산학연기관과 협력을 도모하여 제반 분야의 과학과 기술의 진흥을 통해 국가 및 사회에 기여함을 목적으로 하고 있으며, 특히 MEMS 기술과 나노기술을 기반으로 정보통신(IT), 바이오 메디컬(BT, MT), 환경 및 에너지 (CT, ET)등 다양한 분야와 기술적으로 연계된 융합연구를 지향하는 학회입니다. 마이크로나노시스템학회에서는 년 4회 Micro and Nano Systems Letters (MNSL) 학술지를 발간하고 있습니다. 논문 제출분야는 아래와 같습니다. Micro & Nano Fabrication Technologies. Packaging Technologies, Materials and Device Characterization, Mechanical Sensors and Systems, Physical (Optical, Magneto) Devices, RF MEMS, Bio and Chemical Sensors and Systems, Medical Microsystems, Micro & Nano Fluidic Components and Systems, Micro & Nano Actuators, Energy Harvesting and Power Systems, Nano-Electro-Mechanical Devices and Systems. The Society of Micro and Nano Systems (SMNS) is an organization contributing to the development and distribution of academic research and technology related to microelctromechnaical systems (MEMS) and nano-systems. Specifically, it aims to help the collaboration among industries, academic societies, and research centers to promote science and technology related to MEMS and nano-systems and finally contributes to the development of human society. Based on MEMS and nanotechnology, the SMNS strongly encourages multidisciplinary researches encompassing various areas including but not limited to the information technology (IT), biotechnology (BT), medical technology (MT), environmental and energy technology (CT, ET).

2nd International Conference on Energy Harvesting, Storage, and Transfer (EHST 2018) held in Niagara Falls, Canada. This conference covers different topics such as Battery Energy Storage, Biomass, Biofuel, Bioenergy, Energy Conversion, Energy Distribution, Solar Cell Theory and Applications, Solar Thermal Energy, Renewable and Non-Renewable Energies.

World Congress and Expo on Nanotechnology and Materials Science, China

News and features covering the latest developments in medical technology, from new products available in the market to the latest findings in research labs

EV Group (EVG) targets advanced packaging, compound semiconductor and silicon-based power devices, MEMS, nanotechnology and SOI markets with its industry-leading wafer-bonding, lithography/nanoimprint lighography (NIL), metrology, photoresist coating, cleaning and inspection equipment.

AerNos is a health and wellness company that develops nanotechnology nano gas sensors to detect air quality, air pollution, food spoilage, chemical warfare, disease detection, and utilization of gas sensors for commercial use. AerNos sensors can be embedded into Internet of Things (IoT) devices, wearables, smartphones, medical devices, standalone devices, mobile devices and other commercial and consumer products.

Development of devices based on printed electronics. / Desarrollo de dispositivos basados en electrónica impresa.

CeNTI provides, in a business to business approach, applied R&D, engineering and scaling-up production of innovative smart materials and devices, with special focus in electronics (organic electronics and embedded systems), polymers (fibres and coatings), functional materials (nanomaterials and processes) and products numerical optimization.

xlith extreme lithography - Founded 1997 by Dr. Bernd Maile, xlith is built on more than 25 years of experience in ultrahigh resolution electron beam lithography.

Semiconductor and electronics industry analysis and market research reports feature daily intelligence market reports on product research and development.

Nanotechnology Materials and Devices Conference

Welcome to my webpage! I am Dr. Alex Krasnok, a Research Scientist at The University of Texas at Austin, U.S.A. My research interests are in the areas of applied physics, photonics, and nanotechnology, with a particular focus on innovative and extreme aspects of wave interaction with natural and artificial materials. My recent research work spans a broad range of topics including extreme scattering engineering, nanoparticles, nanoantennas, active devices and advanced metasurfaces, optics of 2D TMDC materials and low-loss dielectric nanostructures. I have extensively worked on translating and exploiting well-established methods and concepts from plasmonics to low-loss all-dielectric nanophotonics.