VSL’s interlaboratory comparisons for dimensional metrology enable laboratories to check their measurement proficiency, thus building confidence in their reported results.
Commissioned by the Government Laboratory of Hong Kong, VSL has built high accurate facilities for the gravimetric preparation of Volatile Organic Compounds (VOC) standards. They enable the chemistry team in Hong Kong to produce traceable liquid and gas reference materials for the calibration of
In the last decades sensitive analytical techniques have become available for measuring reactive gases in air even at part-per-billions levels. However, less progress has been made in developing materials compatible with those gases.
Ionizing radiation is used as treatment in cancer therapy. For the treatment it is necessary to control the exact position and dose of the radiation as a too low dose will not kill all the cancer cells and a too high dose will cause too much damage in healthy tissue.
It doesn’t happen often that a test and demonstration facility at a center for innovation and education gets serious scrutiny by in this case calibration authorities, possibly leading to it being awarded an actual certificate, giving it serious value extending way beyond the education field.
A novel mercury vapor generator was developed to establish metrological traceability of mercury measurement results, based upon a gravimetric approach, for ambient air levels as well as higher concentrations.
In preparation for the call ‘Metrology for Health’ that is issued in the European Metrology Programma for Innovation and Research (EMPIR), VSL organized a workshop and networking meeting, which brought together more than 20 participants from medical industry, universities and academic hospitals.
Vulnerable patients receiving drug infusions in intensive care or for palliative relief require low volume drug delivery over extended time periods.
Atomic force microscopy (AFM) is a powerful technique to measure surface characteristics on the nanometer scale. AFM is based on scanning a measurement probe over the surface under study while recording the interaction between the probe and surface.
Siloxanes are silicon-containing volatile organic compounds which occur in biomethane and upgraded biogas. They are formed during the fermentation of organic matter, both in fermenters as well as in landﬁlls. The maximum permissible levels in biomethane are regulated in EN 16723.