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Applied Science and Technology
1 
FIRE_MAT.pdf, 90 KB, Fire Resistant AluminoSilicate Composites
2 REINFORC.pdf, 210 KB, Reinforced Concrete Beams with Geopolymer-Carbon composite
3 NASTS.pdf, 340 KB, NASTS award 1994: GEOPOLYMERS: Inorganic polymeric new materials
4 ICCI-96.pdf, 198 KB, ICCI’96: Fire Response of Geopolymer Structural Composites
5 5GWPROCE.pdf, 146 KB, 5th Global Warming: Global Warming Impact on the Cement and Aggregates Industries
6 TOXICMET.pdf, 66 KB, Toxic Metals Immobilisation
7 NUCLWAST.pdf, 126 KB, Concretes for Nuclear Waste and Uranium Waste Containment
8 KIEV.pdf, 198 KB, Alkaline Cements and Concretes, KIEV Ukraine, 1994, Properties of Geopolymer cements
9 TOOLING.pdf, 450 KB, Ultra-High Temperature Tooling Material for the Manufacture of Advanced Composites, SAMPE 1991
10 GPAM.pdf, 204 KB, ( in French, en Français )
GPAMENG.pdf, 210 KB, ( in English )
Arts et Métiers Magazine N°180, Sept. 1993: From ancient concretes to Geopolymers, “Des bétons antiques au géopolymère”
11 GPMIDTER.pdf, 376 KB, ( in French, en Français )
Geocistem Midterm, 3 et 4 juillet 1995, Worldwide development and applications of Geopolymer, “Le point sur les Géopolymè;res dans le monde”
12 J_THERMAL.pdf, 310 KB, J. Thermal Analysis (1991): GEOPOLYMERS: Inorganic Polymeric New Materials
13 SOLIDRAD.pdf, 326 KB, Solidification of various radioactive residues by geopolymer with special emphasis on long-term-stability, Geopolymer ‘99, 2nd International Conference on Geopolymers
14 ltgs.pdf, 70 KB, ( in English )
ltgs-fr.pdf, 70 KB, ( in French, en Français )
Geopolymeric Cross-Linking (LTGS) and Building Materials (“Réticulation Géopolymèrique et Matériaux de Construction”)
15 30YearsGEOP.pdf, 704 KB, Review of Development of Geopolymer Applications from 1972 to 2002
16 ENVIRONMENT.pdf, 436 KB, Review of Development of Geopolymer Applications in Waste Management and Global Warming issues, from 1987 to 2002
17 curtin-flyash-GP-concrete-report.pdf, 1.8 MB, Research Report : Fly Ash-Based Geopolymer Concrete
curtin_flyash_GC-2.pdf, 1 MB, Research Report : Fly Ash-Based Geopolymer Concrete Long Term Properties
18 FA-GP-Concrete.pdf, 1.8 MB, Fly Ash-Based Geopolymer Concrete for environmental protection
19 dramatized_sculptures.pdf, 220 KB, ( in English, en Français ) Geopolymer ‘99, Saint-Quentin, 1999 : Georges Grimal, Dramatized Sculptures in Geopolymer
20 IUPAC_76.pdf, 436 KB, IUPAC Symposium on Long-Term Properties of Polymers and Polymeric Materials, Stockholm 1976, Topic III: Joseph Davidovits, Solid-Phase Synthesis of a Mineral Blockpolymer by Low Temperature Polycondensation of Alumino-Silicate Polymers
21 GPCement2013.pdf, 485 KB, Geopolymer cement review 2013, Joseph Davidovits.
22 GEOASH.pdf, 482 KB, GEOASH: ambient temperature hardening fly ash-based geopolymer cement.
23 GP-AIRPORT.pdf, 1.3 MB, GP-AIRPORT: Geopolymer Concrete Aircraft Pavements.
24 False-CO2-values.pdf, 470 KB, False Values on CO2 Emission for Geopolymer Cement/Concrete Published in Scientific Papers.
25 Why-AAM.pdf, 1.7 MB, Why Alkali-activated-materials AAM are not Geopolymers.
26 MK-testing.pdf 963 KB, Standardized Method in Testing Commercial Metakaolins for Geopolymer Formulations.
27 Ferro-sialate.pdf 442 KB, Ferro-sialate Geopolymers.
Science Applied to Archaeology
A XRAYSTONE.pdf 242 KB, X-Ray Analysis and X-Ray Diffraction of Casing Stones from the Pryramids of Egypt, and the Limestone of the Associated Quarries (1984)
B FAMISTEL.pdf, 198 KB,
FAMICOL.pdf, 398 KB, (For those who are interested in deciphering the whole Famine Stele hieroglyphic text)
Vth Egyptology Congress, Cairo, 1988: The Famine Stele and the construction of Pyramids with man-made stone.
C CemPlant.pdf 92 KB, Making Cements with Plant Extracts
D CARBUNCU.pdf, 68 KB, ( in French, en Français )
A la recherche du Carbunculus (searching for Carbunculus), Revue Voces, volume 5, 1994
E VITRUVE2.pdf, 250 KB, ( in French, en Français )
FIGURDEA.pdf, 770 KB, (illustrations de VITRUVE2.pdf)
DEA Thesis, The artificial pozzolanic mortars by Vitruvius “Les mortiers de pouzzolanes artificielles chez Vitruve: évolution historique et archirtecturale”
F egyptian-faience.pdf, 220 KB, IXth Egyptology Congress, Grenoble, 2004: Making of Egyptian Blue Faience Tiles, with a geopolymeric process, at low temperature, in the range of 250°C
G Herodote-Grenoble.pdf, 230 KB, ( in French, en Français ) IXth Egyptology Congress, Grenoble, 2004: Construction des pyramides d’après Hérodote: Etude lexicologique des termes grecs krossai et bomides dans Hérodote (II, 125) : étymologie égyptienne ou grecque ?
H etruscan_ceramic.pdf, 352 KB, ( in English, en Français ) Geopolymer ‘99, Saint-Quentin, 1999: The Making of Etruscan ceramic (“Fabrication de céramique Etrusque”)
I pyramid_chapt1.pdf, 574 KB, ( in English, en Anglais ) Chapter 1 of “Why the pharaohs built the Pyramids with fake stones” + the extended abstract of the theory, from an official press kit.
pyramid_chapt1-fr.pdf, 612 KB, ( in French, en Français ) Chapitre 1 de “La nouvelle histoire des pyramides” + le résumé de la théorie provenant du dossier de presse officiel.
K TIWANAKU-PUMAPUNKU.pdf, 2600 KB, ( in English, en Anglais ) Tiahuanaco monuments (Tiwanaku / Pumapunku) in Bolivia are made of geopolymer artificial stones created 1400 years ago.
TIWANAKU-PUMAPUNKU-esp.pdf, 2600 KB, ( in Spanish, en Espagnol ) Los Megalitos de Tiwanaku / Pumapunku son Geopolímeros Artificiales.
