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SALVE Project Enters Second Phase
Successful evaluation phase prompts University of Ulm and Carl Zeiss to continue with their joint venture to develop a high-performance transmission electron microscope
However, the first phase of the cooperation project conducted between 2009 and 2011 - in which researchers analyzed the feasibility of the key principles involved - has produced some spectacular results, with the scientists successfully generating atomic-resolution images at accelerating voltages well below 80 kV. Based on this initial success, the German Research Foundation (DFG) and the Ministry for Science, Research and Art form the Federal State of Baden-Wuerttemberg (MWK/BW) support the SALVE project in its second phase with 3.2Mio € (DFG) and 2.1 Mio € (MWK/BW).
During celebrations to mark the start of the project's second phase, Project Manager Professor Ute Kaiser from the University of Ulm and a number of guest speakers, including Nobel Prize winner Klaus von Klitzing, presented some of the fascinating ways in which the SALVE system could potentially be used. Ranging from studies of superconductors and semiconductors to research into lithium-ion batteries, plastics and biological materials, some of the examples they highlighted have already yielded preliminary results.
Carl Zeiss NTS General Manager Dr. Peter Fruhstorfer was enthusiastic about the new phase of the project: "Low-voltage electron microscopy is a fast-growing field of application for transmission electron microscopy, largely due to the properties of modern materials, such as their size, form and sensitivity to radiation. We are greatly looking forward to tackling the challenging task of developing solutions in this area." He also stressed how SALVE will give the companies involved a significant competitive edge.
While Carl Zeiss presses ahead with development of the system itself, the University of Ulm will be working on application development and conducting research into sample preparation methods. Meanwhile, the third project partner, CEOS, having a lot of expertise in the development of advanced electron optical systems, is focusing its efforts on a new optimized corrector to compensate the chromatic and the spherical aberration for low voltages.
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