165
PORADNIK ASFALTOWY 2018
[16] de Vocht F., Burstyn I., Ferro G., Olsson A., Hashibe M., Kromhout H., Boffetta P.,
Sensitivity of the association
between increased lung cancer risk and bitumen fume exposure to the assumptions in the assessment of
exposure
, Int. Arch. Occup. Environ. Health, 2009, 82, 723-733
[17] Reinke G., Swanson M., Paustenbach D., Beach J.,
Chemical and mutagenic properties of asphalt fume
condensates generated under laboratory and field conditions
, Mutation Research, 2000, 469, 41-50
[18] Burgaz S., Erdem O., Karahalil B., Karakaya A.E.,
Cytogenetic biomonitoring of workers exposed to bitumen
fumes
, Mutation Research, 1998, 419, 123-130
[19] Karakaya A., Yucesoy B., Turhan A., Erdem O., Burgaz S., Karakaya A.E.,
Investigation of some immunological
functions in a group of asphalt workers exposed to polycyclic aromatic hydrocarbons
, Toxicology, 1999, 135,
43-47
[20] Boczkaj G., Kamiński M.,
Badania emisji lotnych związków organicznych podczas nalewu asfaltu do autocystern
oraz budowy dróg asfaltowych
, Proceedings of EC Opole, 2011, Vol. 5, 183
[21] Ruiz M.P., Acevedo P.A., Puello J., E
valuation of the environmental impact of dense graded Hot Mix Asphalt
,
Chemical Engineering Transportation, 2014, 36, 229