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The World’s First Flexible Full-Inorganic Thermoelectric Materials
  112.jpg   The Internet Era is accompanied by a increasing demand for alternative power source in mW-to-mW range to drive distributed , wearable , and implantable microelectronics .The as-fabricated 6 - leg device exhibits a normalized maximum power density up to 0.08 W · m-1 near room temperature under a temperature difference of 20 K , orders of magnitude higher than organic devices and organic-inorganic hybrid devices .
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SICCAS News
Prof. Pavol Sajgalik visited Shanghai Institute of Ceramics [2019.12.10]
Chinese Scientists Develop Zirconium Nitride Catalysts to Replace Platinum for Oxygen Reduction [2019.12.06]
Researchers Developed High Quality Magneto-Optical Ceramics for Faraday Isolators [2019.11.19]
Different Component Designs Are Adopted to Achieve the Performance Regulation on Yttrium Scandium Aluminum Garnet Laser Ceramics [2019.11.19]
Prof. Zhiguo Yi’s Team Receives JACerS 2018 Best Paper Award [2019.10.31]
The World’s First Flexible Full-Inorganic Thermoelectric Materials [2019.10.29]
Seminar
Exploring Novel Functionalities of Multiferroic Oxides [2019.05.22]
Ternary Phase Diagram Construction [2019.05.07]
Selective detection of hydrogen and hydrogen containing gases with metal oxide gas sensor operating in non-stationary thermal regime [2019.04.24]
Transparent ceramics made of truly nano-scaled particels [2019.04.03]
Optical ceramics and technologies developed in Nizhny [2019.04.03]
Optical harmonics generation in magnetic dielectrics and semiconductors [2019.03.27]
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