The key issue which determines the use of imaging for explosives and
mining research is the question - `What information will I gain by using
imaging technology?' This paper will address that question from the
point of view of a researcher and cameraman working in industrial
imaging and photography. The paper will establish a common set of
reference standards for high speed imaging and photography which
researchers can apply when deciding which type of imaging technology is
appropriate. It will present an overview of current image analysis
technologies and practices in use across a range of appropriate scientific
fields and draw lines of commonality of approach between these fields
and the field of explosives and mining analysis and research. Further to
this, the paper will examine the different technologies from an image
quality reference point, ease of operation, cost, and reliability parameters.
Finally this paper will present an argument for the hybridisation of
established and new technologies which could provide a more beneficial
approach to the use of imaging as a tool of research and analysis in the
explosives and mining industries. This will include a novel approach to
high speed filming and analysis in the field which should deliver high
quality images in a time frame which is more appropriate to urgent action
and solutions.