FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2016162855> ?p ?o ?g. }

• W2016162855 endingPage "418" @default.
• W2016162855 startingPage "400" @default.
• W2016162855 abstract "The manufacturing, distribution and wide use of synthetic pesticides engender new hazards to people and the environment. In addition to mammalian and unintended toxicity of some pesticides, ecosystems face the risk of toxic products released from the unintentional combustion of pesticides; e.g., accidental chemical fires or burning of pesticide-treated biomass. This review summarises and analyses the pertinent literature of the techniques employed to determine toxic products released in thermal decomposition of pesticides, including contributions on large scale experiments from international collaborations sponsored in early 1990s by the European Commission and on small-scale bench top investigations undertaken by a number of independent research groups around the world. The small-scale experimental methodologies are categorised into thermogravimetry apparatus (TG), specialised pyrolysers (Py), calorimeters and tubular flow reactors. Each experimental methodology affords a range of analytical techniques which can be used to identify and quantify decomposition products; such as, thermogravimetry, differential scanning calorimetry, quadrupole mass spectrometry (TG, DSC, QMS). A critical evaluation of these techniques forms an integral part of this review. Both TG and Py serve as fast techniques to study the combustion products of pesticides, but are unsuitable for determining ultra-trace pollutants, e.g., polychlorinated dibenzo-p-dioxins and dibenzofurans (PCDD/F). The cone calorimeter has been widely applied to assess the fire behaviour of materials. Unfortunately, sample sizes required for experiments in the cone calorimeter and in larger scale tests may lead to emissions of toxic species to the environment with the exhaust gases, requiring careful planning of experiments. Tubular flow reactor systems are designed to elucidate the reaction mechanisms that operate during decomposition of pesticides in the combustion systems. The coupling of a flow reactor to various analytical techniques can offer the comprehensive analysis of combustion products, including gaseous species, volatile and semi-volatile organic compounds (VOC, SVOC) and PCDD/F. Although much remains to be done, advances in the field have provided regulators and the scientific communities with qualitative and quantitative knowledge of toxic products formed in the combustion of some pesticides, to reduce the potential risks of pesticides combustion and gain an understanding into their thermal decomposition mechanisms." @default.
• W2016162855 created "2016-06-24" @default.
• W2016162855 creator A5009961264 @default.
• W2016162855 creator A5016442925 @default.
• W2016162855 creator A5074339191 @default.
• W2016162855 creator A5076535396 @default.
• W2016162855 date "2012-06-01" @default.
• W2016162855 modified "2023-09-25" @default.
• W2016162855 title "Determination of toxic products released in combustion of pesticides" @default.
• W2016162855 cites W1484790455 @default.
• W2016162855 cites W1504059111 @default.
• W2016162855 cites W1526372346 @default.
• W2016162855 cites W1528136719 @default.
• W2016162855 cites W1733814471 @default.
• W2016162855 cites W1834680747 @default.
• W2016162855 cites W1849789252 @default.
• W2016162855 cites W1964474008 @default.
• W2016162855 cites W1966652968 @default.
• W2016162855 cites W1966710644 @default.
• W2016162855 cites W1967769048 @default.
• W2016162855 cites W1968916542 @default.
• W2016162855 cites W1969720781 @default.
• W2016162855 cites W1969747920 @default.
• W2016162855 cites W1971815257 @default.
• W2016162855 cites W1973448169 @default.
• W2016162855 cites W1973472988 @default.
• W2016162855 cites W1973566863 @default.
• W2016162855 cites W1973726644 @default.
• W2016162855 cites W1974865980 @default.
• W2016162855 cites W1976167828 @default.
• W2016162855 cites W1976612830 @default.
• W2016162855 cites W1976733111 @default.
• W2016162855 cites W1979075696 @default.
• W2016162855 cites W1979903088 @default.
• W2016162855 cites W1980864302 @default.
• W2016162855 cites W1983237329 @default.
• W2016162855 cites W1984358778 @default.
• W2016162855 cites W1985676609 @default.
• W2016162855 cites W1986050280 @default.
• W2016162855 cites W1986153257 @default.
• W2016162855 cites W1988626478 @default.
• W2016162855 cites W1992278577 @default.
• W2016162855 cites W1997308064 @default.
• W2016162855 cites W1998512033 @default.
• W2016162855 cites W1999400391 @default.
• W2016162855 cites W2000438960 @default.
• W2016162855 cites W2003012997 @default.
• W2016162855 cites W2003322144 @default.
• W2016162855 cites W2004298709 @default.
• W2016162855 cites W2004773094 @default.
• W2016162855 cites W2005042756 @default.
• W2016162855 cites W2005128473 @default.
• W2016162855 cites W2005776137 @default.
• W2016162855 cites W2006132399 @default.
• W2016162855 cites W2007041861 @default.
• W2016162855 cites W2008854201 @default.
• W2016162855 cites W2009476386 @default.
• W2016162855 cites W2010989377 @default.
• W2016162855 cites W2011041126 @default.
• W2016162855 cites W2011106840 @default.
• W2016162855 cites W2011439910 @default.
• W2016162855 cites W2013490657 @default.
• W2016162855 cites W2018707402 @default.
• W2016162855 cites W2020256075 @default.
• W2016162855 cites W2020989296 @default.
• W2016162855 cites W2021205103 @default.
• W2016162855 cites W2023774597 @default.
• W2016162855 cites W2025648426 @default.
• W2016162855 cites W2026614545 @default.
• W2016162855 cites W2026968093 @default.
• W2016162855 cites W2028019526 @default.
• W2016162855 cites W2028233731 @default.
• W2016162855 cites W2029778807 @default.
• W2016162855 cites W2030074889 @default.
• W2016162855 cites W2030337054 @default.
• W2016162855 cites W2031495073 @default.
• W2016162855 cites W2032701780 @default.
• W2016162855 cites W2034582905 @default.
• W2016162855 cites W2035084110 @default.
• W2016162855 cites W2035443658 @default.
• W2016162855 cites W2035844476 @default.
• W2016162855 cites W2036263153 @default.
• W2016162855 cites W2038197148 @default.
• W2016162855 cites W2038674071 @default.
• W2016162855 cites W2039361094 @default.
• W2016162855 cites W2042842812 @default.
• W2016162855 cites W2043674152 @default.
• W2016162855 cites W2044064182 @default.
• W2016162855 cites W2044227395 @default.
• W2016162855 cites W2046866239 @default.
• W2016162855 cites W2047191820 @default.
• W2016162855 cites W2048402930 @default.
• W2016162855 cites W2049685636 @default.
• W2016162855 cites W2050822525 @default.
• W2016162855 cites W2053610772 @default.
• W2016162855 cites W2053931419 @default.
• W2016162855 cites W2056139823 @default.
• W2016162855 cites W2057713151 @default.

• next