8 research outputs found

    48-Channel electron detector for photoemission spectroscopy and microscopy

    No full text
    We show that it is possible to use a multichannel electron detector in a zone plate based photoemission spectromicroscopy in a snap shot mode to reduce the total acquisition time for a given counting time by 50% relative to the standard scanning mode while preserving the feature of the spectra. We describe the result of tests performed at Elettra using its microbeam ~150 nm! together with a 48-channel detector designed for the PHOIBOS 100 analyzer optimized for extremely small x-ray sources. We also give a short summary of the technical features of the detector and describe one possible calibration procedure for its use in the snap shot mode. We show initial results from using this device to perform chemical maps of surfaces at a resolution of 150 nm

    Image formation information sources and an iconic Australian tourist destination

    No full text
    Tourist destination brand image is a major influencing factor in traveller destination choice. This exploaratory research into the information sources form which destination brand image evolves provides insights which have the potential to improve tourism destination brand development strategies. In-depth interview with 21 international backpackers on Australia\u27s northern NSW coast indicate that mainstream media play little or no part in the formation of respondents\u27 image of the coastal destination of Byron Bay. Rather, word of mouth and autonomous independent information sources were the key media through which respondents formed their image of this iconic Australian tourist destination. Findings also show the importance of destination experience in the image formation process and suggest that destination marketing organizations can and should go beyond traditional mainstream media to communicate their brand message. Additionally, findings suggest the need for DMOs to provide leadership within the destination\u27s tourism industry to improve service delivery and exceed the \u27brand promise\u27

    Signaling pathways in cancer-associated fibroblasts and targeted therapy for cancer

    No full text
    corecore