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1. Brother, please help translate two more paragraphs, they are the same article. After reading your translation, it is very good. I am asking for your help again ..
Get extra points!! Given a source rock for gold and a reservoir fluid capable of transporting gold, it remains to consider an appropriate mechanism for gold precipitation within a structurally prepared, near-surface environment. One gold precipitation mechanism involves mixing of different fluid types, as documented and advocated by Henley and McNabb (1978), Henley and Ellis (1983), and Hedenquist (1983). Passive mixing of acid, near-surface waters with rising neutral to alkaline solutions results in destabilization of bisulfide complexes and formation of precious metal-bearing precipitates. Assuming there is a gold source rock and a fluid reservoir capable of transferring gold, it is also necessary to consider an appropriate mechanism for gold precipitation in a structurally configured and near surface environment. Henley and McNabb (1978), Henley and Ellis (1983), and Hedenquist (1983) argue in their literature that there is a gold precipitation mechanism that involves mixing various different fluids. The passive mixing of acidic substances, near surface water, and rising neutral to alkaline solutions leads to the destabilization of disulfide complexes and the formation of noble metal precipitates. The evidence available from hot spring deposits, however, suggests that boiling is the primary mechanism responsible for gold precipitation. Boiling causes cooling, oxidation, and an increase in solution pH, all very effective mechanisms for gold deposition (Romberger, 1983). The presence of base metal sulfides and adularia, co-precipitated with gold


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