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PORADNIK ASFALTOWY 2018
Bibliografia
ROZDZIAŁ 1 – Natura chemiczna lepiszczy asfaltowych
[1] Gaweł I., Kalabińska M., Piłat J.,
Asfalty drogowe
, WKiŁ, Wyd. 2 zmienione, Warszawa 2014
[2] Petersen J. C.,
Chemical composition of Asphalt as related to Asphalt durability,
Asphaltenes and Asphalt,
Elsevier S.c, Amsterdam 2000, T.2, p. 363
[3] Michael L., Hauquet B., Diawara B., Martin D., Planche J.C.,
Asphalt study by neutronal networks. Correlation
between chemical and rheological properties
. Energy&Fuel 1997, 11, p. 1188
[4] Soenen H., Ekblad J., Lu X., Redelius P.,
Isothermal Hardening in Bitumen and in Asphalt Mixes,
Proceedings
of the 3rd Euroasphalt and Eurobitume Congress, Vienna, May, 2004, vol. 2, p. 1364-1375
[5] Anderson R.M., Butler K.,
The Asphalt Binder Handbook
, Asphalt Institute, MS-26 First edition, ISBN: 978-1-
934154-65-6, 2011
[6] Nikolaides A.,
Highway engineering. Pavements, materials and control of quality
, Tylor&Francis Group, 2015
[7] Linu M., Chaffin J.M., Davison R.R., Glover C.J., Bullin J.A.,
Changes in Corbett fraction composition during
oxidation of asphalt fraction
, Transportation Research Record 1998, 1638, p. 40
[8] Molenaar J.M.,
Polymer Modified Bitumen
, Proc. Of International Symposium Chemistry of Bitumens, Rzym
1991, T.II, p. 860
[9] Que G., Liang W., Liu Ch., Zhang Y.,
Relationship between chemical composition and performance of paving
asphalt
, Proc. of International Symposium Chemistry of Bitumens, Rzym, 1991. T.II, p. 517
[10] Błażejowski K., Wójcik-Wiśniewska M.,
Poradnik Asfaltowy 2016
, ORLEN Asfalt sp. z o.o., Płock 2016
[11] Yen T.F.,
Experimental evidence leading to various structural orders of asphaltens
, Proc. International symphosium
chemistry of bitumens, Rzym 1991, T.I. p. 382
[12] Dickie J.P., Yen T.F.,
Macrostructures of the asphaltic fractions by various instrumental methods
, Anal. Chem. 39,
p. 1847
[13] Osowiecka B., Zieliński J., Błażejowski K., Wójcik-Wiśniewska M.,
Wpływ starzenia na skład grupowy lepiszczy
asfaltowych
, Przemysł chemiczny, 96/4, 2017, p. 714-718, DOI: 10.15199/62.2017.4.2
[14] Osowiecka B., Zieliński J., Błażejowski K., Wójcik-Wiśniewska M.,
Wpływ starzenia na wybrane właściwości
lepiszczy asfaltowych
, Przemysł chemiczny, 96/4, 2017, p. 710-713, DOI: 10.15199/62.2017.4.1
[15] Bishara S.W., Wilkins E.,
Rapid method for the chemical analysis of Asphalt cement. Quantitive determination
of naphthene aromatic and polar aromatic fractions using high performance liquid chromatography
, Transportation
Research Record, 1228, p. 183
[16] Boduszyński M.M., Chadha B.R., Szkuta-Pochopień T.,
Fractionation of Romashkin asphaltenes using ion-
exchange chromatography
, Fuel, 56, p. 432
[17] Jennings P.W., Pribanic J.A., Dawson K.R., Bricca C.E.,
Use of HPLC and NMR spectroscopy to characterize
asphaltic materials
, Prepr. Of Divison of Petroleum Chemistry ACS, 26, p. 915
[18]
Binder Characterization and evaluation
, T.2. Chemistry. Report SHRP-A-368
[19] Vellut D., Jose J., Behar E., Barreau A.,
Comparative ebulliometry a simple reliable technique for accurate measurement
of the number average molecular weight of macromolecules
, Rev. Inst. Francais Petrole, 53, p. 839
[20] Winniford R.S.,
The evidence for association of asphaltenes in dilute solutions,
Institute of Petroleum, 49, p. 215
[21] ASTM D 4124-01
Standard Test Methods for Separation of Asphalt into Four Fractions
[22] Pfeiffer J.P., Saal R.N.,
Asphaltic bitumen as colloidal stability
, Journal of Physical Chemistry, 44, p. 139
[23] Yen T.F.,
Asphaltic materials
, Encyclopedia of Polymer Science and Engineering, T.II, p. 1
[24] Papirer E., Bourgeois C., Stiffert B., Balard H.,
Chemical nature and water/oil emulsifying properties of asphaltenes
,
Fuel, 77, p. 443
