Chemical compositions of chlorite, biotite, hornblende, pyroxene, apatite, magnetite, rutile, ilmenite and titanit
The mineral chemistry of epidote and chlorite from the propylitic halo at El Teniente, in samples co...
Chlorite widely occurs in the alteration halo of hydrothermal deposits, it has been found in the alt...
Muscovitic mica and chlorite are common alteration components in porphyry Cu-Mo deposits. Their mine...
Chemical compositions of chlorite, biotite, hornblende, pyroxene, apatite, magnetite, rutile, ilmeni...
Chemical compositions of chlorite, biotite, hornblende, pyroxene, apatite, magnetite, rutile, ilmeni...
Chlorite is one of the most widely developed minerals in propylitic alteration around porphyry depos...
The Yandong porphyry Cu deposit in the Eastern Tianshan terrane is the largest in Xinjiang, NW China...
The major, minor and trace element chemistry of chlorite were evaluated as a tool for mineral explor...
Chemical compositions of chlorite, biotite, hornblende, pyroxene, apatite, magnetite, rutile, ilmeni...
The chemical composition of rutile has been used as an indicator in magmatic and metamorphic-related...
The Iju porphyry copper deposit is located 72 km NE of Shahr-e- Babak in the western part of the Deh...
AbstractThe major, minor and trace element chemistry of chlorite were evaluated as a tool for minera...
ical compositions ofcoexisting biotite and chlorite determined by electron microprobe and wet chemic...
Key constraints related to the nature of alteration and mineralization in geologically complex and e...
Porphyry copper-gold deposit commonly exhibits an extensive alteration zone of hydrothermal micas pa...
The mineral chemistry of epidote and chlorite from the propylitic halo at El Teniente, in samples co...
Chlorite widely occurs in the alteration halo of hydrothermal deposits, it has been found in the alt...
Muscovitic mica and chlorite are common alteration components in porphyry Cu-Mo deposits. Their mine...
Chemical compositions of chlorite, biotite, hornblende, pyroxene, apatite, magnetite, rutile, ilmeni...
Chemical compositions of chlorite, biotite, hornblende, pyroxene, apatite, magnetite, rutile, ilmeni...
Chlorite is one of the most widely developed minerals in propylitic alteration around porphyry depos...
The Yandong porphyry Cu deposit in the Eastern Tianshan terrane is the largest in Xinjiang, NW China...
The major, minor and trace element chemistry of chlorite were evaluated as a tool for mineral explor...
Chemical compositions of chlorite, biotite, hornblende, pyroxene, apatite, magnetite, rutile, ilmeni...
The chemical composition of rutile has been used as an indicator in magmatic and metamorphic-related...
The Iju porphyry copper deposit is located 72 km NE of Shahr-e- Babak in the western part of the Deh...
AbstractThe major, minor and trace element chemistry of chlorite were evaluated as a tool for minera...
ical compositions ofcoexisting biotite and chlorite determined by electron microprobe and wet chemic...
Key constraints related to the nature of alteration and mineralization in geologically complex and e...
Porphyry copper-gold deposit commonly exhibits an extensive alteration zone of hydrothermal micas pa...
The mineral chemistry of epidote and chlorite from the propylitic halo at El Teniente, in samples co...
Chlorite widely occurs in the alteration halo of hydrothermal deposits, it has been found in the alt...
Muscovitic mica and chlorite are common alteration components in porphyry Cu-Mo deposits. Their mine...
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