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This is a Experimental Study study.

Advancing exploration hydrogeochemistry using single particle ICP-(Time of Flight)-MS at the Bear Lodge alkaline complex, Wyoming USA

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This study demonstrates improved detection of gold and REE in water, suggesting spICP-MS enhances mineral exploration.

Single particle ICP-MS effectively detects gold and REE in complex hydrogeochemical environments, improving exploration methodologies.
Detection of nanoparticulate gold and pathfinder elements was achieved, leading to stronger geochemical anomalies compared to traditional methods.
This study uses single particle ICP-ToF-MS, revealing nanoscale REE mineral grains from oxidized carbonate zones in water samples.
The findings highlight the novel application of spICP-MS for detecting concealed mineralization which may yield significant geological insights.

Goodman et al. (2025) studied this question.

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View Full Paper

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Authors

This study demonstrates improved detection of gold and REE in water, suggesting spICP-MS enhances mineral exploration.

Single particle ICP-MS effectively detects gold and REE in complex hydrogeochemical environments, improving exploration methodologies.
Detection of nanoparticulate gold and pathfinder elements was achieved, leading to stronger geochemical anomalies compared to traditional methods.
This study uses single particle ICP-ToF-MS, revealing nanoscale REE mineral grains from oxidized carbonate zones in water samples.
The findings highlight the novel application of spICP-MS for detecting concealed mineralization which may yield significant geological insights.

Goodman et al. (2025) studied this question.

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