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Refinement and Application of the Absorption Cross-Section of Molecular Bromine with Relevance to Atmospheric Chemistry. [PDF]

ACS Environ Au
Flowerday CE, Thalman R, Sevy ET, Asplund MC, Sorensen JJ, Hansen JC.   +5 more
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Leicester Mercury rave newspaper cuttings 1

, 1993
Leicester Mercury
core  

Leicester Mercury rave newspaper cuttings 2

, 1994
Leicester Mercury
core  

Calibrated nanoinjections of mercury vapor

Fresenius' Journal of Analytical Chemistry, 2000
A simple technique for the calibration of mercury vapor chemosensors is described. It is based on a reductive deposition of a well-defined quantity of mercury (0) onto gold wire followed by thermal evaporation of the mercury into the sensor cell. The quantity of mercury on the gold wire was measured electrochemically by oxidation before and after ...
M, Vasjari, V M, Mirsky
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Adsorption of mercury vapor on particles

Environmental Science & Technology, 1986
The adsorption of mercury vapor on particles was studied by using soot particles generated by incineration of sewage sludge (EP-ash) and activated carbon particles. Through the experiments, it was found that, at 298 K, the EP-ash has a fairly high adsorption capacity for mercury vapor in the order of 10/sup -6/g/g, which is between that of the ordinary
Y, Otani, C, Kanaoka, C, Usui, S, Matsui, H, Emi   +4 more
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Mercury Vapor Determination in Hospitals

Environmental Monitoring and Assessment, 2005
The measurements of metallic mercury vapor were carried out in seven local hospitals, where mercury-containing products are widely used, as well as in one residence to check effectiveness of decontamination after mercury spillage. Hopcalite as a solid sorbent was used in active and passive sampling methods, and mercury was analyzed by CV-AAS technique.
Adam, Prokopowicz, Wojciech, Mniszek
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Microenvironmental exposure to mercury vapor

American Industrial Hygiene Association Journal, 1978
Work area and breathing zone samples were collected in a factory utilizing metallic mercury and analyzed for mercury vapor content. Breathing zone samples averaged several fold higher in concentration than concurrent area samples, reflecting a "microenvironmental" exposure to mercury vapor, presumably from contaminated clothing and hands.
W, Stopford, S D, Bundy, L J, Goldwater, J A, Bittikofer   +3 more
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Radioactive Mercury in Mercury-Vapor Measurements

Journal of Applied Physics, 1943
Radioactive mercury, Hg197, was prepared by deuteron bombardment of gold. This isotope was used as a tracer to establish an average concentration of 0.01 mg Hg per m3 of air in a particular industrial operation suspected of causing chronic mercurialism.
John W. Irvine, Clark Goodman
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