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Trace element distributions in black copper smelting
Lassi Klemettinen
, Katri Avarmaa
,
Pekka Taskinen
Department of Chemical and Metallurgical Engineering
Metallurgy (MTG)
Metallurgical Thermodynamics and Modelling
Research output
:
Contribution to journal
›
Article
›
Scientific
›
peer-review
13
Citations (Scopus)
Overview
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Dive into the research topics of 'Trace element distributions in black copper smelting'. Together they form a unique fingerprint.
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Chemistry
Smelting
100%
Solubility
66%
Molybdenum
66%
Iridium
66%
Rhenium
66%
Mass Spectrometry
33%
Electron Microprobe
33%
Inductively Coupled Plasma Method
33%
Platinum-Group Element
33%
Partition Coefficient
33%
volatility
33%
Thermodynamics
33%
Aluminum Oxide
33%
Laser Ablation
33%
Oxide
33%
Engineering
Copper Smelting
100%
Solubility
66%
Experimental Observation
33%
Aluminum Oxide
33%
Experimental Technique
33%
Platinum Group Metal
33%
Distribution Coefficient
33%
Rich Slag
33%
Copper Phase
33%
Secondary Raw Material
33%
Limitations
33%
Thermodynamics
33%
Metallurgical Slag
33%
Mass Spectrum
33%
Mass Spectrometry
33%
Mass Spectroscopy
33%
Material Science
Iridium
100%
Molybdenum
100%
Laser Ablation
50%
Aluminum Oxide
50%
Mass Spectrometry
50%
Silicate
50%
Electron Microprobe
50%
Analytical Method
50%
Platinum-Group Element
50%
Oxide Compound
50%
Earth and Planetary Sciences
Trace Element
100%
Smelting
100%
Finland
33%
Silicon Dioxide
33%
Platinum
33%
Mass Spectroscopy
33%
Thermodynamics
33%
Trough
33%
Geological Survey
33%
Laser Ablation Inductively Coupled Plasma Mass Spectrometry
33%
Partition Coefficient
33%
Aluminum Oxide
33%
Oxide
33%
Keyphrases
Trace Element Distribution
100%
Copper Silicate
33%
Optimum Medium
33%
Metallurgical Slag
33%
Coupled Plasma
33%
Plasma Mass Spectrometry
33%
Molten Iron
33%
High Distributions
33%
INIS
clic
14%
copper silicates
14%