Integration of Visman and Ingamells’ works into the Theory of Sampling – a necessity to expand possibilities in sampling practices

- Organization:
- The Australasian Institute of Mining and Metallurgy
- Pages:
- 8
- File Size:
- 1163 KB
- Publication Date:
- May 9, 2017
Abstract
The comparison between J Visman and C O Ingamells’ works with P M Gy’s works has been the object of intense debates in the past. Such negative debates inevitably resulted in a loss of many good opportunities. The author’s long experience in applying works of these three authors led to the pragmatic conclusion that it is relatively easy to integrate everything Visman and Ingamells created into the Theory of Sampling; therefore, it is suggested that the compatibility has been vastly overlooked, and a correction for such anomaly is recommended. It is important to emphasise that Visman and Ingamells works may be beneficial and provide relevant, harmonious additions in some areas, and ultimately offer attractive possibilities to sampling practitioners. Such additions may enhance our capabilities to predict sampling difficulties by using a stronger strategy and to design better sampling experiments that would allow us to further understand the heterogeneity of minor constituents, and especially trace constituents. Basically, the suggested integration is essential for sampling trace constituents in the environment, in food, in chemicals and in the pharmaceutical industries.CITATION:Pitard, F F, 2017. Integration of Visman and Ingamells’ works into the Theory of Sampling – a necessity to expand possibilities in sampling practices, in Proceedings Eighth World Conference on Sampling and Blending , pp 55–62 (The Australasian Institute of Mining and Metallurgy: Melbourne).
Citation
APA:
(2017) Integration of Visman and Ingamells’ works into the Theory of Sampling – a necessity to expand possibilities in sampling practicesMLA: Integration of Visman and Ingamells’ works into the Theory of Sampling – a necessity to expand possibilities in sampling practices. The Australasian Institute of Mining and Metallurgy, 2017.