Abstract
Modern mines use different sampling data, coming from drill holes, trenches, samples collected from the rock faces exposed in the mine workings and the grade control data. Among all various sampling techniques, drilling remains the main method for acquiring samples for the appraisal of the mining projects and extensively used at the operating mines.
Notes
- 1.
Geotechnical documentation is described in Chap. 6.
References
Abzalov MZ (2008) Quality control of assay data: a review of procedures for measuring and monitoring precision and accuracy. Exp Min Geol J 17(3–4):131–144
Abzalov MZ (2009) Use of twinned drill – holes in mineral resource estimation. Exp Min Geol J 18(1–4):13–23
Abzalov MZ (2014a) Design principles of relational databases and management of dataflow for resource estimation. In: Mineral resource and ore reserves estimation, AusIMM monograph 23, 2nd edn, Chapter 2: The resource database. AusIMM, Melbourne, pp 47–52
Abzalov MZ, Bower J (2009) Optimisation of the drill grid at the Weipa bauxite deposit using conditional simulation. In: Seventh international mining geology conference. AusIMM, Melbourne, pp 247–251
Abzalov MZ, Mazzoni P (2004) The use of conditional simulation to assess process risk associated with grade variability at the Corridor Sands detrital ilmenite deposit. In: Dimitrakopoulus R, Ramazan S (eds) Ore body modelling and strategic mine planning: uncertainty and risk management. AusIMM, Melbourne, pp 93–101
Abzalov MZ, Menzel B, Wlasenko M, Phillips J (2007) Grade control at the Yandi iron ore mine, Pilbara region, Western Australia: comparative study of the blastholes and RC holes sampling. In: Proceedings of the iron ore conference 2007. AusIMM, Melbourne, pp 37–43
Abzalov MZ, Menzel B, Wlasenko M, Phillips J (2010) Optimisation of the grade control procedures at the Yandi iron-ore mine, Western Australia: geostatistical approach. App Earth Sci 119(3):132–142
Abzalov MZ, Dumouchel J, Bourque Y, Hees F, Ware C (2011) Drilling techniques for estimation resources of the mineral sands deposits. In: Proceedings of the heavy minerals conference 2011. AusIMM, Melbourne, pp 27–39
Abzalov MZ, Drobov SR, Gorbatenko O, Vershkov AF, Bertoli O, Renard D, Beucher H (2014) Resource estimation of in-situ leach uranium projects. App Earth Sci 123(2):71–85
Annels AE (1991) Mineral deposit evaluation, a practical approach. Chapman and Hall, London, p 436
Annels AE, Hellewell EG (1988) The orientation of bedding, veins and joints in core: a new method and case history. Int J Min Geol Eng 5(3):307–320
Chugh CP (1985) Manual of drilling technology. Balkema, Rotterdam, p 567
Cumming JD, Wicklund AP (1980) Diamond drill handbook, 3rd edn. Smit, Toronto, p 547
Eggington HF (ed) (1985) Australian drillers guide, 2nd edn. Australian Drilling Industry Training Committee Ltd, Sydney, p 572
Hartley JS (1994) Drilling: tools and programme management. Balkema, Rotterdam, p 150
Marjoribanks RW (2007) Structural logging of drill core. Handbook 5. Australian Institute of Geoscientists, Perth, p 68
Oothoudt T (1999) The benefits of sonic core drilling to the mining industry. In: Tailing and mine waste’99: Proceedings of the sixth international conference on tailings and mine waste’99, Fort Collins, Colorado, USA, 24–27 January, pp 3–12
Pitard FF (1993) Pierre Gy’s sampling theory and sampling practise, 2nd edn. CRC Press, New York, p 488
Pitard FF (2005) Sampling correctness – comprehensive guidelines. In: Proceedings – second world conference on sampling and blending. AusIMM, Melbourne, pp 55–66
Sinclair AJ, Blackwell GH (2002) Applied mineral inventory estimation. Cambridge University Press, Cambridge, p 381
Zimmer PW (1963) Orientation of small diameter core. Econ Geol 58(8):1313–1325
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Abzalov, M. (2016). Drilling Techniques and Drill Holes Logging. In: Applied Mining Geology. Modern Approaches in Solid Earth Sciences, vol 12. Springer, Cham. https://doi.org/10.1007/978-3-319-39264-6_4
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