[1]. Akbar M, Vissapragada B, Alghamdi AH, Allen D, Herron M, Carnegie A, Dutta D, Olesen JR, Chourasiya RD, Logan D, Stief D (2000) A snapshot of carbonate reservoir evaluation, Oilfield Review 12, 4: 20-21.##
[2]. Marathe R, Turner ML, Fogden A (2012) Fogden, Pore-scale distribution of crude oil wettability in carbonate rocks, Energy & fuels 26, 10: 6268-6281. ##
[3]. Archie GE (1952) Classification of carbonate reservoir rocks and petrophysical considerations, Aapg Bulletin 36, 2: 278-298. ##
[4]. Jodry RL (1992) Pore geometry of carbonate rocks and capillary pressure curves (basic geologic concepts), in Developments in petroleum science, Elsevier 30: 331-377. ##
[5]. Archie GE (1942) The electrical resistivity log as an aid in determining some reservoir characteristics, Transactions of the AIME 146, 1: 54-62. ##
[6]. Winsauer WO, Shearin Jr, HM, Masson PH, Williams M (1952) Resistivity of brine-saturated sands in relation to pore geometry, AAPG bulletin 36, 2: 253-277. ##
[7]. Donaldson E, Siddiqui T (1989) Relationship between the Archie saturation exponent and wettability, SPE formation evaluation 4, 3: 359-362. ##
[8]. Ransom P (1984) A contribution toward a better understanding of the modified Archie formation resistivity factor relationship, The log analyst 25, 2. ##
[9]. Rasmus JC (1986) A summary of the effects of various pore geometries and their wettabilities on measured and in-situ values of cementation and saturation exponents, in SPWLA 27th Annual Logging Symposium, Society of Petrophysicists and Well-Log Analysts. ##
[10]. Wardlaw NC (1980) The effects of pore structure on displacement efficiency in reservoir rocks and in glass micromodels, in SPE/DOE Enhanced Oil Recovery Symposium, Society of Petroleum Engineers. ##
[11]. Elias VLG, Steagall DE (1996) The impact of the values of cementation factor and saturation exponent in the calculation of water saturation for macae formation, Campos Basin, in SCA Conference. ##
[12]. Guyod H (1944) Fundamental data for the interpretation of electric logs, The Oil Weekly 115, 38: 21-7. ##
[13]. Pirson S (1947) Factors which affect true formation resistivity, Oil & Gas Journal 46, 18: 76-84. ##
[14]. Carter SL, Power HH (1962) The relationship between electrical resistivity and brine saturation in reservoir rocks, The Log Analyst 2: 5. ##
[15]. T Tiab D, Donaldson EC (2004) Theory and practice of measuring reservoir rock and fluid transport properties, Gulf professional publishing, Boston. ##
[16]. Sweeney SA, Jennings HY (1960) The electrical resistivity of preferentially water-wet and preferentially oil-wet carbonate rock, Producers Monthly 24, 7: 29-32. ##
[17]. Keller G (1953) Effect of wettability on the electrical resistivity of sand, Oil and Gas Journal 51, 34: 62-65.
[18]. Moore J (1958) Laboratory-Determined electric logging parameters of the bradford third sand, Producers Monthly 22, 3: 30-39. ##
[19]. Morgan WB, Pirson SJ (1964) The effect of fractional wettability on the archie saturation exponent, in spwla 5th annual logging symposium, Society of Petrophysicists and Well-Log Analysts. ##
[20]. Anderson WG (1986) Wettability literature survey-part 3: the effects of wettability on the electrical properties of porous media, Journal of Petroleum Technology 38, 12: 1,371-1,378. ##
[21]. Sondenaa E, Bratteli F, Normann HP, Kollveit K (1991) The effect of reservoir conditions, and wettability on electrical resistivity, in SPE Asia-Pacific Conference, Society of Petroleum Engineers. ##
[22]. Limited S (1984) Schlumberger log interpretation charts, Schlumberger. ##
[23]. Borai A (1987) A new correlation for the cementation factor in low-porosity carbonates, SPE Formation Evaluation 2, 4: 495-499. ##
[24]. Focke J, Munn D (1987) Cementation exponents in Middle Eastern carbonate reservoirs, SPE formation evaluation 2, 2: 55-167. ##
[25]. Olsen C, Hongdul T, Lykke Fabricius I (2008) Prediction of Archie’s cementation factor from porosity and permeability through specific surface, Geophysics 73, 2: E81-E87. ##
[26]. Shahi M, Salehi MM, Kamari M (2018) New correlation for estimation of cementation factor in Asmari carbonate rock reservoirs, Egyptian journal of petroleum 27, 4: 663-669. ##
[27]. Streeter M, Becker LA (2003) Automated discovery of numerical approximation formulae via genetic programming,” Genetic Programming and Evolvable Machines 4, 3: 255-286. ##
[28]. Rostami A, Ebadi H, Arabloo M, Meybodi MK, Bahadori A (2017) Toward genetic programming (GP) approach for estimation of hydrocarbon/water interfacial tension, Journal of Molecular Liquids 230:175-189. ##
[29]. Abooali D, Sobati MA, Shahhosseini S, Assareh M (2019) A new empirical model for estimation of crude oil/brine interfacial tension using genetic programming approach, Journal of Petroleum Science and Engineering 173:187-196. ##
[30]. Koza JR, Bennett FH, Andre D, Keane MA, Dunlap F (1997) Automated synthesis of analog electrical circuits by means of genetic programming, IEEE Transactions on evolutionary computation 1, 2: 109-128. ##
[31]. Koza JR, Koza JR (1992) Genetic programming: on the programming of computers by means of natural selection 1, MIT press. ##
[32]. Augusto DA, Barbosa HJ (2000) Symbolic regression via genetic programming, in Proceedings 1, Sixth Brazilian Symposium on Neural Networks, IEEE. ##
[33]. Searson D, GPTIPS (2009) Genetic programming and symbolic regression for MATLAB. ##
[34]. Izadmehr M, Shams R, Ghazanfari MH (2016) New correlations for predicting pure and impure natural gas viscosity, Journal of Natural Gas Science and Engineering 30: 364-378. ##