1 |
Butron, C., 2005, Mechanical behaviour of silica sol., Laboratory studies under controlled stress conditions during the first five months of hardening process. Master Thesis, Chalmers University of Technology, Sweden, pp.19-37
|
2 |
Cau Dit Coumes, C., Codina, M., Bourbon, X., Leclercq, S., Courtois, S., 2005, Formulating a low-alkalinity, high-resistance and low-heat concrete for radioactive waste repositories, ESDRED, Proceedings of the 2nd Low-pH workshop, Madrid June 15-16, pp.77-90
DOI
ScienceOn
|
3 |
Chandler, N.A., Martino, J.B., and Dixon, D.A, 2002, The tunnel sealing experiment. Sixth International Workshop on Design and Construction of Final Repositories, Backfilling in Radioactive Waste Disposal, Brussels, Belgium
|
4 |
Claesson L-A, Nilsson G, 2003, Drilling of a flushing water well, HFM01, and two groundwater monitoring wells, HFM02 and HFM03 at drill site DS1. Forsmark site investigation. P-03-30, Svensk Karnbranslehantering AB. Stockholm
|
5 |
Fernandez, L., Alonso, M.C., Garcia, J.L., Hidalgo, A., 2005, Shotcrete development for low-pH cements, ESDRED, Proceedings of the 2nd Low-pH workshop, Madrid June 15-16, pp.161-171
|
6 |
Kobayashi, Y., Yamada, T., Matsui, H., Nakayama, M., Mihara, M., Naito, M., Yui, M., 2007, Development of low-alkali cement for application in a JAEA URL, R&D on low-pH cement for a geological repository, 3rd workshop, Paris June 13-14, pp.98-106
|
7 |
Kronlof, A., 2005, Injection grout for deep repositories -Low-pH injection grout for larger fratures: Testing effect of superplasticizer on technical performance. Posiva Oy, Olkiluoto, Finland. Working Report 2005-08, pp.5-7
|
8 |
Martino, J.B., 2007, Low-heat high-performance concrete used in a full-scale tunnel seal, AECL, ESDRED, Proceedings of the 3rd Low-pH workshop, Paris June 13-14, pp.89-97
|
9 |
Axelsson, M., 2006, Strength criteria on grouting agents for hard rock, Laboratory studies performed on gelling liquids and cementitious grouts, Licentiate Thesis. pp. 24-42
|
10 |
Hansen, J., Lyytinen, T., Sievänen, U., Kronlof, A., 2005, Low-pH grouting cement testing at the laboratory and in the field, 2nd low-pH workshop, Madrid, June 15-16, Enresa, SKB and the ESDRED-Project, pp.111-121
|
11 |
Kronlof, A., 2004. Injection Grout for Deep Repositories -Low pH Cementitious grout for large fracture: Testing technical performance of materials, Posiva working report 2004-45, pp.171
|
12 |
Bhanja, S., Sengupta, B., 2003, Optimum Silica Fume Content and its Mode of Action on Concrete, ACI Material Journal, Vol.100, No.5, pp.407-412
|
13 |
Fries, T., Weber, H., Wetzig, V., 2007, Low pH shotcrete field tests on Opalinus clay samples, ESDRED, Proceedings of the 2nd Low-pH workshop, Madrid June
15-16, pp.107-115
|
14 |
Glasser, F.P., 1996, Properties of cement waste composites. Waste Management vol. 16, pp.159-168
DOI
ScienceOn
|
15 |
Onofrei, M., Malcolm, G., Coons, W., Alcorn, S, 1992 High performance cement-based grouts for use in a nuclear waste disposal facility, Waste Management, vol. 12, pp.133-154
DOI
ScienceOn
|
16 |
Boden, A., Sievanen, U., 2006, Low-pH injection grout for deep repositories, Posiva Working Report 2005-24, pp.13-16, Olkiluoto, Finland
|
17 |
Owada, H., Mihara, M., Iriya, K., Matsui, J., 2000, An Investigation of Cementitious Materials for Radioactive Waste Repository -Mechanic Properties of Low Alkalinity Cementitious Materials-Japan Nuclear Cycle Development Institute, JNC TN8400 99-057
|
18 |
Yamamoto, T., Imoto, H., Ueda, H., Hironaga, M., 2007, Leaching alteration of cementitious materials and release of organic additives-Study by NUMO and CRIEP, ESDRED, Proceedings of the 3rd Low-pH workshop, Paris June 13-14, pp.52-61
|
19 |
Orantie, K., Kuosa, H., 2008, Durability 2007 Injection Grout Investigation-Bacground Description, Posiva Working Report, 2008-54, pp.45-72
|
20 |
Holt E., 2007, Durability of low-pH Injection grout. A literature survey, Posiva Working Report 2007-57, Posiva Oy, Olkiluoto, Finland, pp.21-53
|
21 |
Sievanen, U., Syrjanen P., Ranta-aho, S., 2004, Injection grout for deep repositories-Low pH cementitious grout for larger fractures: Sub-project 3: Field testing in Finland pilot tests, pp.17-36
|
22 |
Sievanen, U., Raivio, P., Vuorinen, U., Hansen, J., Norokallio J., Syrjanen, P., 2006, Optimization of technical properties of low-pH cementitious injection grout: Laboratory tests and pilot field test 3. Posiva Oy, Olkiluoto, Finland, Working Report 2006-85, pp.10-19
|
23 |
Hooton, R.D., Konecny, L,. 1990, Permeability of grouted fractures in granite. Concrete International, pp. 48-56
|
24 |
Snellman, M., Ervanne, H., Holgersson, S., Imoto, H., Yamamoto, T., 2007, Superplasticizers and other organic cement/concrete admixtures-Long-term safety aspects, ESDRED, Proceedings of the 3rd Low-pH workshop, Paris June 13-14, pp. 9-19
|
25 |
Mihara, M., Iriya, K., Neyama, A., Ito, M., 1997, Experimental and Modelling Studies on the Interaction between Cement Paste with Silica Fume and Distrilled Water, Radioactive Wasted Research, Vol.3, No.2, pp.71-80
|
26 |
Al-Manaseer, A.A., Keil, L.D., 1992, Physical properties of cement grout containing silica fume and sperplasticizer, ACI, Materials Journal, pp.154-160
|
27 |
Bethke, C.M., 1996, Geochemical reaction modeling, Oxford university press, pp.46
|
28 |
Gray, M.N., and Shenton, B.S., 1998, Design and development of low-heat, high performance reactive powder concrete. International Symposium on High Performance and Reactive Powder Concretes, Sherbrooke, Canada., pp.37-43
|
29 |
Yunekura, R., 1997, The developing process and the new concepts of chemical grout in Japan, Proceedings of the 2nd Internation Conference on Ground Improvement Geosystems, Tokyo, 1996, pp.889-901
|
30 |
Funehag, J., 2007, Grouting of fractured rock with silica sol.: Grouting design based on penetration length. Doctoral Thesis, Chalmers University of Technology, Department of Civil and Environmental Engineering, Division of GeoEngineering, Geology, Goteborg pp.36-59
|