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  • ZIF-8 disrupts ionic liquid deep freeze
  • 更新时间:2015-05-27;信息类型:国外研究进展
  • Ionic liquid conductivity decreases at low temperature. To overcome this, a team of researchers from across Japan have combined an ionic liquid with a metal–organic framework (MOF) to produce an unusual material that retains its conductivity below –20°C. This low-temperature conductivity, together with the attractive ionic liquid properties of non-flammability and negligible volatility, could open up the potential for safe battery and capacitor materials for use in extremely cold conditions.
  • 链接地址:http://www.ionicliquid.org/research/2015-11-03/387.html
  • Unique microscopic images provide new insights into ionic liquids
  • 更新时间:2015-04-28;信息类型:国外研究进展
  • To directly observe chemical processes in unusual, new materials is a scientific dream, made possible by modern microscopy methods: researchers at Kiel University have, for the first time, captured video images of the attachment of molecules in an ionic liquid onto a submerged electrode. The images from the nanoscale world provide detailed information on the way in which chemical components reorganise when a voltage is applied. New findings based on this information may lead to improved batteries and more energy efficient coating technology or solar engineering.
  • 链接地址:http://www.ionicliquid.org/research/2015-11-03/385.html
  • Seeing atoms under viscous conditions
  • 更新时间:2014-04-17;信息类型:国际研究进展
  • With today’s atomic force microscopy (AFM) instrumentation, atomic resolution imaging can routinely be achieved in aqueous environments. But what about imaging in liquids other than water? Reporting in Nanotechnology, an international research team at the Nanoscale Function Group at University College Dublin (UCD), and the Max Planck Institute for Polymer Research (MPIP), have shown that high-resolution imaging with dynamic AFM is possible even in highly viscous environments.
  • 链接地址:http://www.ionicliquid.org/research/2014-05-07/306.html