chemical — and Fe and O isotope geochemistry of Fe oxides in collected samples using state of the art analytical techniques such as scanning electron microscopy (SEM) | Proposal Forge

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Recipient

chemical

Department

Unknown

Program

and Fe and O isotope geochemistry of Fe oxides in collected samples using state of the art analytical techniques such as scanning electron microscopy (SEM)

Province

their bedrocks

Type

and then will gradually be incorporated into the Fe Oxides structure that results in deposition of U. Fe oxides are stable over a wide range of oxygen fugacity. This stability enables them to preserve their trace element compositions inherited from formation environments. Dispersion of U-rich Fe oxides from weathered and eroded host rocks by different geologic agents such as glaciers and/or rivers can form a characteristics dispersal halos around U deposits. Detecting these halos can guide exploration geologists to undiscovered U deposits. As Fe oxides are not limited to a specific mineral deposit type or lithology

Purpose

and laser ablation inductively coupled plasma mass spectrometry (LA-ICP-MS); 3) data integration

chemical × Unknown

1 grants totalling $0

and Fe and O isotope geochemistry of Fe oxides in collected samples using state of the art analytical techniques such as scanning electron microscopy (SEM)

1 grants totalling $0

Department

Unknown →

Program

and Fe and O isotope geochemistry of Fe oxides in collected samples using state of the art analytical techniques such as scanning electron microscopy (SEM) →

Recipient Profile

chemical →