Publications on-line

• František Škvára, Pavel Svoboda, Josef Doležal, Zdeněk Bittnar, Vít Šmilauer, Lubomír Kopecký, Rostislav Šulc
  Geopolymer concrete - an ancient materials too? [PDF]
   
• František Škvára
  Alkalicky aktivované materiály – geopolymery [PDF]
   
• František Škvára, Josef Doležal, Pavel Svoboda, Lubomír Kopecký, Simona Pawlasová, Martin Lucuk, Kamil Dvořáček, Martin Beksa, Lenka Myšková, Rostislav Šulc
  Concrete based on fly ash geopolymers [PDF]
  IBAUSIL, Weimar 2006

Patents

• F.Škvára, J.Bohuněk, J.Dohnálek, V.Pumpr: Patent CZ 289735 „Alkalicky aktivované pojivo na bázi latentně hydraulicky aktivních látek“
• A.Allahverdi, F.Škvára: Patent CZ 291443 (2003) „Pojivová geopolymerní směs“
• F.Škvára, F.Kaštánek: PCT/CZ03/00020 „Geopolymerer Bindestoff auf Aschenbasis“
• Škvára F., Ďurovec P., Černovský B., Všetečka T., Hrazdira J., Kadlec J.: Blended gypsum-free portland cement, US Patent 5,076,851 (1991)
• Škvára F., Hrazdira J., Všetečka T.: Method of milling the portland clinker for the production of gypsumless portland cements, US Patent 5,125,976 (1992)
• Škvára F., Hrazdira J., Všetečka T.: Method of milling the portland clinker for the production of gypsumless portland cements, Eur.Patent 0390220 (1994)
• Škvára F., Ďurovec P.: „Binder on the ground Portland cement clinker“, Patent CZ 283,298 (1999), Patent SK 279 520 (2000)
• Ševčík V., Škvára F.: “Refractory mix” , Patent CZ 283,459 (2000), Patent SK 280,385 (2000)

Original Papers

• František Škvára, Lubomír Kopecký, Vít Šmilauer, Zdeněk Bittnar: „ Material and structural characterization of alkali activated low-calcium brown coal fly ash“ Journal of Hazardous Materials 168 (2009) 711–720
• F. Škvára, D. Olšová, F. Kaštánek, L. Peřka: Waste steel foundry dust as admixture in blended portland cement, Ceramics-Silikáty 48 (2) 59-65 (2004)
• M. Minaříková :Fixation of heavy metals in geopolymeric materials, Chemické listy, Vol.98, No.8, str.583-588
• A.Studničková: High strength geopolymer materials, Chemické listy, Vol.98, No.8, str.589-598
• A.Allahverdi, F.Škvára: Development of an acid resistant geopolymeric cement, Proc. 16.Int. Congress CHISA, Prague 2004, str. 450-457
• Ševčík V., Škvára F.:“ Stabilizing the high-temperature properties of gypsum-free Portland cement by Al2O3 additions“ Ceramics 46(3), 104-109 (2002)
• Slamečka T., Škvára F.:“ The effect of water ratio on microstructure and composition of the hydration products of Portland cement pastes“ Ceramics 46(4) (2002)
• Škvára F.: Microstructure of hardened pastes of gypsum-free portland ans slag cements, Proc. 8th Congress Chemistry ofCement, vol.2-3, (1986), Rio de Janiero
• Škvára F.: The alkali activated gypsum-free portland cements, Proc.First International Conference "Alkaline Cements and Concretes", Kijev 1994, str. 163
• Škvára F.: Gypsum-free portland cement pastes of low water-to-cement ratio, Mater. Res. Society Symposium Proceedings Vol. 270 "Microstructure of Cement-Based Systems / Bonding and Interfaces in Cementitious Materials, Boston 1994", str. 153 (1995)
• Škvára F.: Hydration of C3A in the presence of the additives replacing the effect of gypsum, Ceramics 36, 2, 1992
• Škvára F.: The effect of the mineralogical composition of clinker on the properties of gypsum-free portland cements, Ceramics 37, 177, 1993
• Škvára F.: Properties of gypsum-free portland cement pastes with low water-to-cement ratio, Ceramics 40, 103, (1996)
• Škvára F., Slamečka T., Frýbertová M., Šimek P.: „The effect of Na₂CO₃, sodium ligninsulfonate, granulated blast-furnace slag and silica fume on the properties of gypsum-free portland cements“, Ceramics 40, 103 (1996)
• Škvára F., Ševčík V., Sachl J.: "Influence of aggessive media and high temperatures on properties of hardened gypsum-free portland cement pastes and mortars, Proc. Internat. Symposium XI.IBAUSIL Weimar, str.2-0031 až 2-0039 (1997)
• Škvára F., Kopecká M.: Properties of a cement based on alkali-activated slag, Ceramics 41, č.1 (1997)
• Škvára F., Beutlová A.: „The effect of ground limestone on the properties of portland and slagportland mixed cements“, Ceramics 41, č.1 (1997)
• Škvára F., Ševčík V.: „Influence of high temperature on gypsum-free Portland materials“, Cement Concrete Research 29, 713-717 (1999)
• Škvára F., Buhuněk J.: „Chemical activation of systems with latent hydraulic properties“, Ceramics 43, 111-115 (1999)
• Škvára F.: „Corrosion of low porosity materials prepared with the use of alkali activated gypsum-free Portland cement“, Proc. 2nd Intern. Conference „Alkaline Cements and Concretes“, str.44-50, Kijev 1999-10-25
• Allahverdi A., Škvára F.: „Acidic corrosion of hydrated cement based materials“, Part.I. Ceramics 44, 114-120 (2000)
• Moresová K., Škvára F.: „Gypsum-Free Portland cement based on white cement clinker“, Proc. X.Intern. conference SILICHEM, Brno 2000, str.21-22
• Škvára F., Kaštánek F., Pavelková I., Šolcová O., Maléterová Y., Schneider P.: „Solidified waste steel foundry dust“, Proc. X.Intern. conference SILICHEM, Brno 2000, str.39-40
• Škvára F., Bohuněk J., Marková J.: “Alkali activated fly-ash”, Proc. 14. Congress IBAUSIL Weimar 2000, str. 1-0523 – 1-0533
  
• Škvára F., Šlosar J., Bohuněk J., Marková A.: „Alkali-activated fly ash geopolymeric materials“, Proc. 11th Intern. Congress on Chemistry of Cement, 11.-16.5.2003, Durban
• Moresová K, Škvára F., Ullrich B.: „Gypsum free portland cement based on white cement clinker“ Ceramics-Silikáty 47 (2) 75-80 (2003)