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Instruments based on direct stochastic optical reconstruction microscopy (dSTORM) are used to image the absorption of proteins by cells.
Recent advances in thermocouple development have resulted in ultra-stable Pt/Pd thermocouples. These are now available commercially.
Recently there have been a number of new designs of micro-CMM probes. However, there are still some issues with probe design that need addressing.
Collaborative work with the University of Cambridge demonstrates the power of the super-resolution imaging technique dSTORM (direct Stochastic Optical Reconstruction Microscopy).
The spatial uniformity of transmittance of most optical components evaluated was shown to exhibit fine structure which may introduce significant uncertainties in high accuracy radiometric measurements.- Each year around 20 million tonnes of sand and gravel is extracted from UK waters for use in the construction and building industry.
The majority of the United Kingdoms radioactive waste, approximately 95%, originates from the nuclear power industry (Defra, 2004).
Optical microscopes, such as confocal and epifluorescence, are limited to resolutions of approximately 200 nm in the imaging plane owing to the diffraction barrier of light.
We have developed a novel nanoscale probe for simultaneous SECM-SICM imaging, which can be fabricated in only a few minutes and for a fraction of the cost of current probes.
The most common antennas used for communication systems, and measurements of electric fields are dipole and monopole wire antennas.
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2011 Best Science Content Poster. Using scanning probe microscopy to characterise electrocatalysts.
2011 Best Presentation and Impact Poster. Measuring and standardising hydrogen impurities for application in fuel cells.
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