We describe a new innovative drill core scanner that semi-automatedly analyses drill cores directly in drill core trays with X-ray fluorescence spectrometry, without the need for much sample preparation or operator intervention. The instrument is fed with entire core trays, which are photographed at high resolution and scanned by a 3-D profiling laser. Algorithms recognise the geometry of the core tray, number of slots, location of the drill cores, calculate the optimal scanning path, and execute a continuous XRF analysis of 2 cm width along the core. The instrument is equipped with critical analytical components that allow an effective QA/QC routine to be implemented. It is a mobile instrument that can be manoeuvred by a single person with...
Handheld energy dispersive portable X-ray spectrometers (pXRF) are generally designed and used for q...
The SOLSA project aims to construct an analytical expert system for on-line-on-mine-real-time minera...
The SOLSA project aims to develop an innovative on-line-on-mine-real-time expert system, combining s...
We describe a new innovative drill core scanner that semi-automatedly analyses drill cores directly ...
State of the art analysis techniques on drill cores for exploration purposes, including X-ray fluore...
The properties of particle-induced X-ray emission, PIXE, and secondary target mode X-ray fluorescenc...
X-ray computed tomography (CT) is an established technique for nondestructively characterizing geol...
Ongoing, environmental and economic matters related to mining sustainability and its impacts are lea...
Geological drill core samples can be digitalized using the Minalyzer Core scanner. Data sets generat...
© SGEM2019. Fluorescence analysis is widely used in various scientific fields. It has many practical...
An x-ray scanner was designed and fabricated at Lawrence Berkeley National Laboratory to provide hig...
Accurate mineralogical identification is critical across the mining value chain from host rock chara...
We present the results of a pilot study that integrates automated drill core scanning technology bas...
Accurate mineralogical identification is critical across the mining value chain from host rock chara...
We present the results of a pilot study that integrates automated drill core scanning technology bas...
Handheld energy dispersive portable X-ray spectrometers (pXRF) are generally designed and used for q...
The SOLSA project aims to construct an analytical expert system for on-line-on-mine-real-time minera...
The SOLSA project aims to develop an innovative on-line-on-mine-real-time expert system, combining s...
We describe a new innovative drill core scanner that semi-automatedly analyses drill cores directly ...
State of the art analysis techniques on drill cores for exploration purposes, including X-ray fluore...
The properties of particle-induced X-ray emission, PIXE, and secondary target mode X-ray fluorescenc...
X-ray computed tomography (CT) is an established technique for nondestructively characterizing geol...
Ongoing, environmental and economic matters related to mining sustainability and its impacts are lea...
Geological drill core samples can be digitalized using the Minalyzer Core scanner. Data sets generat...
© SGEM2019. Fluorescence analysis is widely used in various scientific fields. It has many practical...
An x-ray scanner was designed and fabricated at Lawrence Berkeley National Laboratory to provide hig...
Accurate mineralogical identification is critical across the mining value chain from host rock chara...
We present the results of a pilot study that integrates automated drill core scanning technology bas...
Accurate mineralogical identification is critical across the mining value chain from host rock chara...
We present the results of a pilot study that integrates automated drill core scanning technology bas...
Handheld energy dispersive portable X-ray spectrometers (pXRF) are generally designed and used for q...
The SOLSA project aims to construct an analytical expert system for on-line-on-mine-real-time minera...
The SOLSA project aims to develop an innovative on-line-on-mine-real-time expert system, combining s...