1999Unpublished venueRequires access

IDEAL MODELS OF OVERPRINT OF PRIMARY HALO FOR LARGE, MEGA SIZE BLIND Au ORE DEPOSITS

Wen Zhang

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Abstract

The paper deals with geochemical characteristics of ore forming and halo forming processes of Au deposits with several metallogenic stages. Ideal model of primary halo overprinting and criteria for prediction of large size blind Au deposits are established on studies of modeling the primary halo overprinting of large size Au deposits.

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What this paper is about

The paper deals with geochemical characteristics of ore forming and halo forming processes of Au deposits with several metallogenic stages. Ideal model of primary halo overprinting and criteria for prediction of large size blind Au deposits are established on studies of modeling the primary halo overprinting of large size Au deposits.

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OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The paper deals with geochemical characteristics of ore forming and halo forming processes of Au deposits with several metallogenic stages. Ideal model of primary halo overprinting and criteria for prediction of large size blind Au deposits are established on studies of modeling the primary halo overprinting of large size Au deposits.

Key concepts: Overprinting, Halo, Geology, Ideal (ethics), Geochemistry, Primary (astronomy), Metamorphic rock, Physics

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IDEAL MODELS OF OVERPRINT OF PRIMARY HALO FOR LARGE, MEGA SIZE BLIND Au ORE DEPOSITS — Research Paper | ScholarLens