DORA (De Montfort Open Research Archive)
DORA (De Montfort Open Research Archive) is De Montfort University's research repository. It forms the primary public and institutional record of DMU research outputs. DORA currently lists over 10,000 items, and the breadth of research at DMU means that these include articles, conference papers, books, book chapters, and other material available in a digital form. The record for each item contains descriptive information as well as, where possible, a version of the final research output. Since January 2009 electronic deposit of PhD theses has also been mandatory and to date over 700 theses are available from DORA.
Communities in DORA
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Recently Added
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The detection of drugs of abuse and pharmaceuticals in drinking water using solid-phase extraction and liquid chromatography-mass spectrometry
(Article)Pharmaceuticals and drugs of abuse including novel psychoactive substances (NPS) are emerging as newer contaminants in the aquatic environment. The presence of such pollutants has implications on the environment as well ... -
The flammability of textiles when contaminated with paraffin base products
(Article)Several fire related deaths have been reported and linked with the use of paraffin base skin creams/emollients. However, no scientific research has been published on the flammability of textiles when contaminated with such ... -
Drugs of abuse in drinking water - a review of current detection methods, occurrence, elimination, and health risks.
(Article)This review focuses on the drugs of abuse in drinking water, as their presence is of increasing global concern and trace levels of these compounds have previously been detected. Even though these levels are not toxic with ... -
The development of a novel adsorbent for collecting ignitable liquid residues from a fire scene.
(Article)Different ad-hoc materials are being used to recover ignitable liquid residues (ILRs) when direct sampling is difficult at a fire scene. Our investigations have shown that these are unable to recover all target compounds ...
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