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Microwave energy can be readily focused and delivered into chemical or electrochemical reactor systems. The thermal effects introduced by microwave radiation are more localised when compared to conventional heating and a much higher rate of energy delivery (faster heating and cooling cycles) can...
Scanning near-field infrared microscopy is a powerful label-free technique for chemical imaging with nanometre resolution. It is on the verge of wide-spread applications due to the development of tuneable, easy access high power infrared light sources. Spatial resolution of 10–100 nm is nowadays...
A review is presented of the literature on ESR mainly published during the period 2005–2007. A focus is made on subjects such as catalysis, fuel cells, mechanochemistry, environmental applications, archaeological dating and radiation dosimetry, aspects of biological systems and the adsorption of...
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