-AC01364616], A. (1994). International road maintenance handbook. practical guidelines for rural road maintenance. 3. Paved roads, TRL .
-Zalnezhad, M., Hesami, E. (2017) .Preventive maintenance of roads using protective microsurfacing asphalt .The First National Conference on Road and Transportation Engineering, Rasht: 30 August (in Persian).
-Johnson,A.M. (2000). Best practices handbook on asphalt pavement maintenance. Minnesota Technology Transfer/LTAP Program, Center for Transportation Studies.
-Johannes, P.T. (2014). Development of an improved mixture design framework for slurry seals and micro-surfacing treatments. Madison. The University of Wisconsin-Madison.
-I.M.o.R.a.U.D.R.C.f.R.P.M.a. Maintenance. (2011). entation of protective asphalt including the proposed guidelines / implemented by Tarbiat Modares University pavement maintenance and management research center. (in Persian).
-Naderi, K., MahmudiNia, N., Nasrakani, A.A., Nakhaei, M. (2016). Functional classification of bitumens used in protective asphalts.The 8th Iran Bitumen and Asphalt Conference. Tehran, 1 November (in Persian).
-Galehouse, L., Moulthrop, JS., Hicks, R.G. (2003). Principles of pavement preservation: Definitions, benefits, issues, and barriers. TR News.
-Hass, R.C.G., Hudson, W.R., Zaniewski, J.P. (1994). Modern pavement management. Krieger Pub Co.
-Transportation Research Institute (2002). Publication 234 of Asphalt Regulations for Road Paving in Iran. M.a.P. Organization. V.P.f.S.A.o.t.C.f.S.D.a. Publications.(in Persian)
-Kavosi,A., Zaierzade, A. (2006). Application of different types of protective asphalt.The third conference of bitumen and asphalt of Iran. Tehran. 14 November (in Persian)
-Bradiunes,A., Khabiri,M,M. (2019). Investigating the surface performance of chip seal protective asphalt on a stabilized cement base. Transportation Research Paper, Vol.16. No. 2, 135-148. (in Persian)
-Hesami,E., Zalnezhad,M. (2019). Introduction of protective microsurfacing asphalt and investigation of factors affecting its performance .Quarterly Journal of Transportation Engineering. Vol.27, No.98, 87-104. (in Persian)
-Gheibi,R.A., Divandari, H. (2021). a review on fog seal protective asphalt application in pavement", Civil and project journal, Vol.3, No.1, pp 73-84. (in Persian)
Robati, M. (2012). Evaluation of a modification of current micro-surfacing mix design procedures. Montreal: École de technologie supérieure.
-Kebede, A.A. (2016). Asphalt pavement preservation using rejuvenating fog seals. West Lafayette: Purdue University.
-California. Dept. of Transportation. Division of Maintenance (2003). Fog seal guidelines. California. Dept. of Transportation.
-Islam, R.M., Arafat,S., Wasiuddin,N.M. (2017). Quantification of Reduction in Hydraulic Conductivity and Skid Resistance Caused by Fog Seal in Low-Volume Roads. Transportation Research Record, Vol.2657, No.1, 99-108.
-Schuler,S., hicks, R.G.,Multhorp,J., Rahman,T. (2018). Guide Specifications for the Construction of Chip Seals, Microsurfacing, and Fog Seals. Shuler Consultants, LLC.
-Najafi,S., Farshad,H., Alidadipour,B., Ghobadi,S. (2020). A review of protective asphalt with an emphasis on microsurfacing protective asphalt. The Fifth International Conference on Applied Research in Science And Engineering, University of Amsterdam: 2 November (in Persian)
-Ming MA, Tao Liu, Guo Fei and Kai Xuan, (2014). Application of Slurry Seal Technology in the Reconstruction Project of G303. Vol. 559, Key Engineering Materials, 277-281.
-D. Anderson, (1987). Guidelines for Use of Dust in Hot-Mix Asphalt Concrete Mixtures. Journal of the Association of Asphalt Paving Technologists, Vol. 56, 492-516.
-Prapaitrakul,N., Freeman,T.J., Glover,C.J., T.T. Institute, T.D.o.T. Research, T.I. Office, (2005). Analyze Existing Fog Seal Asphalts and Additives: Literature Review. Texas Transportation Institute, Texas A&M University System.
-T.D.O.T.T.V. DICTIONARY, (2019). Seal coat. Information website: https://www.txdot.gov/driver/txdot-visual-dictionary/seal-coat.html .
-Ardakanian,A., Arezumand,A., Musavi,S.M. (2015). Application of slurry seal as a low-cost and effective solution in road improvement management. 10th International Congress of Civil Engineering. Tabriz: 5 May. (in Persian).
-California Department of Transportation, (2006). Standard Specifications. Sacramento, California, May.
-schilling, p., (2002). success with bituminous emulsions requires a well balanced chemistry of emulsions, bitumen and aggregate. International Slurry Surfacing Association Conference, berlin, Germany.
-Khan, M.I., Wahhab, H.I.A. A. (1998). Improving slurry seal performance in Eastern Saudi Arabia using steel slag. Construction and Building Materials, Vol.12, No.4, 195-201.
-Gutt,W.H. (1976). Blast furnace and steel slag: by A.R. Lee [UK pound]3[middle dot]80. Edward Arnold (Publishers) Ltd, London, 1974. Resources Policy, Elsevier, Vol.2, No.1, 62-63.
-Kavosi,A., Zaierzade,A. (2006). Parameters affecting the design and implementation of fine-grained protective asphalt mixture. The third conference of bitumen and asphalt of Iran. Tehran: 14 November. (in Persian)
-Asphalt Institute, (2009). Asphalt in Pavement Preservation and Maintenance. Asphalt Institute.
-Kavosi,A., Hafezzade, R. (2016). Repairing rut damage using fine-grained protective asphalt (microsurfacing). Experimental Researches in Civil Engineering. Vol.3, No.spring and summer 2016, 29-39. (in Persian)
-Jahangiri, A., Hesami, S. (2018). A review of the role of fibers on the technical and functional characteristics of protective microsurfacing asphalt. International Conference on Civil Engineering. Architecture and Urban Development Management in Iran, Tehran: 19 December. (in Persian)
-Charmot,S., Ye,C., Zhu,Z., Yang,Y. (2014). Measurement of Effectiveness of Fiber-Rein forced Microsurfacing Mixtures. Transportation Research Board 93rd Annual Meeting. Washington DC: 12 January.
-Asphalt Institute, A.E.M. Association (1979). A basic asphalt emulsion manual. Department of Transportation, Federal Highway Administration.
-International Slurry Surfacing Association, (2010). Recommended Performance Guidelines for Micro Surfacing. I.S.S. Association.
-Asphalt Institute, (1988). Asphalt Surface Treatments—Construction Techniques, Lexington, Ky. Asphalt Institute.
-Rezai,H., Sadeghian, M., Motamedi,H., Torabi,I. (2017). How to use microsurfacing asphalt coating and its economic comparison with other protective asphalt. The 9th Iran Bitumen and Asphalt Conference, Tehran: 24 October. (in Persian)
-T.N. Zealand, T.N.Z. Staff, T.N.Z.R.C. Authorities, R.N. Zealand, R.N.Z. Staff, (2005). Chipsealing in New Zealand. Roading New Zealand.
-Freeman,B. A. (2021). Microsurfacing and Cape Seals in the Darling Downs District. Department of Transport and Main Roads.
-Hosseini,M., KhabiriM.M., Sanij,H.K. (2021). Investigating the effect of granulation of aggregates on the surface performance of Cape Seal protective asphalt. The 13th National Conference and Exhibition of Bitumen, Asphalt and Machinery. Tehran: 9 November. (in Persian)
-Astm, (2015). Standard Practice for Construction of Asphalt-Rubber Cape Seal ASTM D7564/D7564M-09. Astm International.
-Van Zyl, G.D., Fourie, H. (2015). Key aspects of good performing Cape seals. Proceedings of the 11th Conference on Asphalt Pavements for Southern Africa (CAPSA 2015), Sun City, South Africa: August, 16-19.
-Arian,M.S., Khalkhali,A.B. (2017), Introducing types of chip seal and design and implementation methods. The 5th International Congress on Civil Engineering, Architecture and Urban Development, Tehran: 26 December. (in Persian)
-California. Dept. of Transportation. Division of, Maintenance Maintenance (CalTrans), (2008). Technical Advisory Guide (TAG): Volume I – Flexible Pavement Preservation. Second Edition.
-Aktaş,B., Karaşahin,M. (2013). Chip Seal Adhesion Performance with Modified Binder in Cold Climates:Experimental Investigation. Transportation Research Record, Vol.2361, No.1, 63-68.
-Gheni, A.A., ElGawady,M.A. (2017). Crumb rubber as a sustainable aggregate in chip seal pavement. Congrès International de Géotechnique–Ouvrages–Structures, Springer, 392-401.
-Roberts,F.L., Kandhal,P.S., Brown,E.R., Lee, D.-Y. Kennedy,T.W. (1996). Hot Mix Asphalt Materials, Mixture Design And Construction. Second Edition. National Asphalt Pavement Association.
-Broughton,B., Lee,S.-J. (2012). Microsurfacing in Texas. Texas Transportation Institute.
-Mirshahi,M. (2017). Correct and timely evaluation of microsurfacing and its impact on life cycle and costs. The 12th Symposium on Advances in Science and Technology of the Fourth Commission: Sustainable Land of New Findings in Civil and Environmental Engineering, Mashhad: 14 December. (in Persian)
-Sadeghian,M., Motamedi,H., Torabi, I. (2016). Cost comparison of implementing various road pavement maintenance methods in Yazd province. The 8th Iran Bitumen and Asphalt Conference, Tehran: 1 November. (in Persian)
-Kazmierowski, T.J., Bradbury, A. (1995). Microsurfacing: solution for deteriorated freeway surfaces. Transportation Research Record, Vol. (1473), 120-130.