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Geochemical exploration using mercury vapor
John J. McNerney, P R Buseck
Molecular Sciences, School of (SMS)
Geographical Sciences and Urban Planning, School of (SGSUP)
Earth and Space Exploration, School of (SESE)
Sustainability Initiative
Research output
:
Contribution to journal
›
Article
›
peer-review
26
Scopus citations
Overview
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Physics & Astronomy
mercury vapor
77%
soils
56%
sulfides
21%
gases
21%
deposits
18%
atmospheric pressure
18%
anomalies
16%
soil moisture
11%
veins
8%
hemispheres
7%
noble metals
7%
pressure gradients
6%
sampling
5%
occurrences
5%
plastics
5%
vapors
5%
pumps
4%
detectors
3%
thin films
3%
metals
3%
temperature
2%
Earth & Environmental Sciences
soil gas
66%
mercury
44%
sulfide
21%
base metal
20%
anomaly
18%
laboratory experiment
15%
precious metal
10%
porphyry
9%
overburden
9%
pressure gradient
8%
atmospheric pressure
8%
analytical method
8%
field study
7%
detector
7%
pump
7%
soil
7%
soil moisture
7%
plastic
7%
mineralization
6%
sampling
5%
chemical
4%
temperature
3%
effect
2%
Chemical Compounds
Soil Gas
100%
Soil
23%
Pressure
21%
Sulfide
14%
Pump
8%
Sampling
7%
Metal
4%
Amount
3%