A previous study used simulations to determine the errors made when drawing samples from granular mixtures. It provided computer programs and examples of their use. The present paper extends the work to the design of sampling programs, using the same computer programs and illustrating their application with examples.
AllenT, KhanAA. 1970. Critical evaluation of powder sampling techniques, Chem. Eng., May, 108–112.
2.
CliftonHE, HunterRE, SwansonFG, PhillipsRL. 1969. Sample size and meaningful gold analysis, Geological Survey Professional Paper 625-C, US Government Printing Office, Washington, DC, USA, 19.
3.
GyPM. 1979. Sampling of particulate materials, Amsterdam, Elsevier.
4.
GyPM. 1998. Sampling for analytical purposes, Chichester, Wiley.
5.
PitardF.2004. Effects of residual variances on the estimation of the variance of the fundamental error, Chemometr. Intell. Lab. Syst., 74, (1), 149–164.
6.
RoyleAG. 2002. Simulations of gold exploration samples, Trans. Inst. Min. Metall. B, 110B, 136–144.
7.
RoyleAG. 2011. The use of simulations to determine sampling errors, Trans. Inst. Min. Metall. A: Min. Technol., 120, 190–221.
8.
VenterJH. 1982. A model for the distribution of concentrations of trace analytes in samples from particulate materials, Technometrics, 24, (1), 19–27.